Connected vehicles are vehicles that use any of a number of different communication technologies to communicate with the driver, other cars on the road, roadside infrastructure and the cloud.
The global connected vehicles market size post-COVID-19 is expected to be USD 53.9 billion in 2020 and is projected to reach USD 166.0 billion by 2026, at a CAGR of 25.2% from 2020 to 2026.
The Global Connected Vehicles Market Report 2020-2026 provides in-depth information on the qualitative and quantitative evaluation of the Global Cosmetic Surgery Market. Our analysis on Company Profiling of key market players gives an idea about the supply chain in the marketplace for the year 2020, and also their financial performance gives an idea about market share. With Porter's five forces, PESTLE, and SWOT analysis, we identified market dynamics such as trends, constraints, and opportunities.
This research report presents an in-depth analysis of the growth opportunities of the Connected Vehicles market and their consumption levels in the major regions, including the Asia Pacific, The middle east, Africa, North America, South America, and Europe.
Report: introspectivemarketresearch.com/request/1005
Key Player Mentioned: BMW, Broadcom, Chrysler, Benz, Daimler, Volkswagen, Hyundai Motor, Honda, Volvo, Luxoft, Qualcomm, Toyota, Garmin
Product Segment Analysis: Embedded, Tethered, Integrated
Application Segment Analysis: Car, Train, Other
Regional Segment Analysis: North America (U.S.; Canada; Mexico), Europe (Germany; U.K.; France; Italy; Russia; Spain.), Asia-Pacific (China; India; Japan; Southeast Asia.), South America (Brazil; Argentina.), Middle East & Africa (Saudi Arabia; South Africa.)
The report has been prepared through extensive primary and secondary research. The primary research involved conducting interviews, surveys and observation of renowned personnel in the industry. The report also contains the competitive scenario analysis based on mergers and acquisitions within the cosmetic surgery industry, partnerships and agreements, ventures in addition to actions, manufacturer research and developments, and product launches or product enhancement.
The data-packed report will help reader in making accurate decisions taking the growth of the market under examination. The report is prepared considering 2019 as the base year and 2020-2026 as the forecast period. The statistics, facts, and figures given in the document can be used to understand the current and potential market development.
Report: introspectivemarketresearch.com/1005
Further, the report delivers the in-depth findings and evaluation of the key players with the key information such as game changing purchases, new product launches, mergers and acquisitions (M&As), impact of new products, and strategic collaborations. It also offers major insights over the profits of these companies in the particular segments and regions along with the cost trends of the goods in the different markets. In addition, the investigation of market events and their impacts on the international and regional sales of goods are mentioned in the Connected Vehicles market report.
The reference for this report is reliable; data are taken from authentic sources and can be helpful for decision making. Market reports provide guidance about consumer behavior. Competitive developments are being evaluated thoroughly. The research process is carried out to identify, locate, access, and analyze the information available to estimate the overall size of the market and overall market scenario of the cosmetic surgery market, different parameters influencing the market based on extensive use of Primary and Secondary Research.
Connected Vehicles Market Report would help you in: - Identifying business growth by recognizing high growth and attractive Connected Vehicles Market categories. - Expanding competitive strategies supported the competitive landscape. - Designing a capital investment strategy based on expected high potential segments. - Identifying potential business partners, acquisition targets, and buyers. - Planning for a replacement product launch and inventory beforehand - Identifying recent events and developments

Global Tablet PC Market was valued at US$ 3.5 Bn in 2017 and is expected to reach US$ 5.2 Bn by 2026 at a CAGR of 5.07 % over forecasted period.
A tablet personal computer (PC) has a touch screen and is a single panel. A tablet is more powerful and portable than a laptop than a notebook computer. Apple’s iPad created a revolution in tablets PC, as it did with the introduction of the iPhone.
Some of the effective features are, portable, lightweight, fast start-up, and easy web-browsing are driving the global tablet PC market. While, low- speed processors, lack ports, fragility are some aspects that may restrain the growth of the market. Furthermore, government regulations to make use of tablets in school, and colleges for education purpose, and growing use of hybrid-tablets in a business enterprise will generate various growth opportunities for the market in the upcoming years.
Small size industrial tablet PC segment dominated the global tablet PC market. This segment is projected to project major growth over the upcoming years. A major contributor to the growth of the segment is its comfortable size and increased usage in industries for example transportation, healthcare, automotive, food and beverage, logistics, and shipping.
REQUEST FOR FREE SAMPLE REPORT: https://www.maximizemarketresearch.com/market-report/global-tablet-pc-market/24351/#requestforsample
Industrial segment is leading the tablet PC market globally. The utilization of the industrial tablet PC in an inclusive range of industries such as automotive, chemical and petrochemical, oil and gas, pharmaceutical, food and beverage, pulp and paper, and rubber and plastic industries will drive the growth of the segment in the coming years.
On the basis of display size, Tablet PCs with 7 inches displays are the most preferred tablets between consumers as they score high on the mobility aspect. Samsung is the leading Android tablet manufacturer, with its 7-inch Galaxy tablet being the most popular across the world. The consumers in the Asia-Pacific region look for a single device that can meet their necessities in terms of voice communication and media consumption.
Region-wise, the Asia Pacific is the fastest growing market for tablet PC for the forecast period globally. The tablet PC market in the region is driven by falling data costs, increasing number of mobile & internet users, and the introduction of the pan 4G networks across rural cities. Emerging economies which are China and India are key driving markets within the Asia Pacific region. China Internet Network Information Centre survey showed that the number of internet users in China is projected to reach 850Mn by 2026 in tandem with a growing population of the country. Also, the Internet and Mobile Association of India estimates the number of internet users in India to reach 400Mn by 2018.
Global tablet PC market report includes PESTLE analysis, competitive landscape, and Porter’s five force model. Market attractive analysis wherein all the segments are benchmarked based on the market size, growth rate, and general attractiveness.
Some of the key players operating in the global tablet PC market, Apple Inc., Lenovo Group Ltd., Samsung Technologies Ltd., Huawei Technologies Co Ltd., AsusTek Computer Inc., LG Electronics Inc.
Do Inquiry Before Purchasing Report Here: https://www.maximizemarketresearch.com/market-report/global-tablet-pc-market/24351/#inquiry
The scope of the Global Tablet PC Market
Global Tablet PC Market, by Type
• Mini-tablet • Slate • Hybrid • Gaming Console • Booklet • Others Global Tablet PC Market, by Display Size
• 7 inches • 8 inches • 9 inches • 10 inches • 11 inches Global Tablet PC Market, by End user
• School & Colleges • Universities • Industrial • Residential • Healthcare • Pharmaceutical • Retail • Marketing • Others Global Tablet PC Market, by Region
• North America • Europe • Asia Pacific • Middle East and Africa • South America Key players operating in the Global Tablet PC Market
• Apple Inc. • Lenovo Group Ltd. • Samsung Technologies Ltd. • Huawei Technologies Co Ltd. • AsusTek Computer Inc. • LG Electronics Inc. • Acer Inc. • The Hewlett-Packard Company. • Microsoft Corporation. • Pandigital. • Google Inc. • Nvidia., and HTC Corporation • ADLINK • ARBOR Technology
MAJOR TOC OF THE REPORT
Chapter One: Tablet PC Market Overview
Chapter Two: Manufacturers Profiles
Chapter Three: Global Tablet PC Market Competition, by Players
Chapter Four: Global Tablet PC Market Size by Regions
Chapter Five: North America Tablet PC Revenue by Countries
Chapter Six: Europe Tablet PC Revenue by Countries
Chapter Seven: Asia-Pacific Tablet PC Revenue by Countries
Chapter Eight: South America Tablet PC Revenue by Countries
Chapter Nine: Middle East and Africa Revenue Tablet PC by Countries
Chapter Ten: Global Tablet PC Market Segment by Type
Chapter Eleven: Global Tablet PC Market Segment by Application
Chapter Twelve: Global Tablet PC Market Size Forecast (2019-2026)
Browse Full Report with Facts and Figures of Tablet PC Market Report at: https://www.maximizemarketresearch.com/market-report/global-tablet-pc-market/24351/
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Maximize Market Research provides B2B and B2C market research on 20,000 high growth emerging technologies & opportunities in Chemical, Healthcare, Pharmaceuticals, Electronics & Communications, Internet of Things, Food and Beverages, Aerospace and Defense and other manufacturing sectors.
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The Global Servers analysis Report is calculable to replicate a high CAGR in keeping with the newest report revealed by ReportsCheck.biz. varied growth driving forces and rising trends within which can fuel the market growth ar mirrored during this study. the provision and growing demand statistics, Servers Market presence across geographies ar analyzed deeply. Moreover, an entire forecast situation with development aspects and constraints ar depicted from 2017-2025. The Servers potential, favorable government plans and policies, rise in getting power because of additional income and varied different favorable factors ar declared. an entire analysis of Servers revenue share, product innovation and development, advanced technologies, and new rising market segments ar studied.
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Our team ReportsCheck.biz has metameric the Servers market supported product sort outlook, regional outlook and application-level outlook supported Revenue (USD Million) and forecast from 2017-2025.
Product sort Outlook (Complete Analysis from 2017-2025): Catalog server Communications server Computing server Database server Fax server File server Game server Mail server Media server Application server
Top Players Outlook (Complete Analysis from 2017-2025): HP Intel Sugon AUSU Super Micro Computer Cisco Acer NEC DELL Lenovo Oracle Langchao
Application phase Outlook (Complete Analysis from 2017-2025): Application 1 Application 2 Application 3 Application 4 Application 5
Regional Outlook (Complete Analysis for below regions/countries which might be made-to-order supported user’s requirement):
North America • U.S. • Canada • Mexico
Europe • Germany • Russia • U.K. • Spain • Italy • Rest of Europe
Asia Pacific • China • Japan • South Korea • Australia • India • Rest of Asia
Central & South America • Brazil • Argentina
Middle East • Saudi Arabia • UAE • GCC • South continent • Israel • Rest of MEA
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The prime objectives and reasons to get this report ar mentioned below:
The equitable share and crucial factors enhancing or poignant the Servers Market at the moment or in returning years ar nominative.
Complete identification of prime players gift across geographies and enjoying a key role in Servers business is obtainable. The report by ReportsCheck.biz aims to replicate the particular market trends, size, worth by conducting associate authentic and precise analysis of this business. The value, volume, essential regions or countries and historic market situations also are provided. an entire competitive Servers market situation, product lifecycle study, manufacturer intensity map, challenges, and PESTLE analysis is allotted.
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Version 2.0 and Part 7 of "Utopian Religion", "Utopia", or "Vispthinkingpat, Thinkflexsense, and Soundpat Religion"
​

Efficient vispthinkingpat combination of English language, numerical list format, and logic language or Vispenlogist Language:

• Listology <-> List-types-ology <-> Indented-list-ology and Non-indented-list-ology and Numerically-ordered-list-ology and Bulletpoint-ordered-list-ology and Vispenlogistology
• Combatology <-> Shield-from-enemy-ology and Find-enemy-ology and target-enemy-location-ology and kill-enemy-or-escape-from-enemy-or-negotiate-or-make-deal-with-enemy-ology
• Heart-attack-ology <-> Obstruction-of-blood-vessel-from-external-force-ology and Obstruction-of-blood-vessel-from-diet-ology (Obstruction-of-blood-vessel-from-diet-ology <-> Narrow-blood-vessel-from-diet-ology (Narrow-blood-vessel-from-diet-ology <-> Excessive-intake-of-LDL-cholesterol-in-blood-vessel-ology <-> Excessive-intake-of-animal-products-in-blood-vessel-ology) and Blocked-blood-flow-in-blood-vessel-from-diet-ology (Blocked-blood-flow-from-plaque-in-blood-vessel-from-diet-ology <-> Excessive-intake-of-saturated-fat-in-blood-vessel-ology <-> Excessive-intake-of-animal-products-in-blood-vessel-ology))
• Riskology <—> Controlology and Gainology and Lose-ology
• Loading-mode-ology <-> Compressionology and Tensionology and Shearology and Torsionology
• Mathematical-average-types-ology <-> Medianology and Mode-ology and Meanology and Range-ology
• Chemical-laboratory-equipment-types-ology <-> Beakerology and Buretology and Burnerology and Crucible-tongs-ology and Dropper-pipette-ology and Erlenmeyer-flask-ology and Evaporating-dish-ology and Florence-flask-ology and Forceps-ology and Funnelology and Graduated-cylinder-ology and Graduated-pipette-ology and Metal-spatula-ology and Mortar-and-pestle-ology and Pipette-bulb-ology and Platform-balance-ology (Platform-balance-ology <-> Triple-beam-balance-ology and Torsion-Balances-ology (Torsion-Balances-ology <-> “Often, microbalances and ultra-micro balances, which weigh fractional gram values, are torsion balances. Measurements are based on the amount of twisting of a wire or fiber, with a common fiber type being quartz crystal.”-ology) and Top-Loading-Balances-ology (Top-Loading-Balances-ology <-> Top-Loading-Balances-description-ology (Top-Loading-Balances-description-ology <-> “This balance is primarily used in a laboratory setting. They can measure objects weighing around 150g - 5000g. While they offer less readability than an analytical balance, they allow measurements to be made quickly as most are electric, and offer a digital readout in seconds, making it a convenient choice when exact measurements are not required. Top-Loading balances are also more economical than analytical balances.”-ology) and Top-Loading-Balances-examples-ology (Top-Loading-Balances-examples-ology <-> “A&D FX-120I”-ology) ) and Spring-Balance-ology (Spring-Balance-ology <-> “This balance uses Hooke's Law - stress in the spring is proportional to the strain. Spring balances have a highly elastic helical spring, made of hard steel suspended from a fixed point. The weighing pan is attached at the lowest point of the spring. When it is loaded up, an indicator shows the weight measurement, with no manual adjustment. We often see these scales in the produce section of the grocery store.”-ology) and Platform-Scale-ology (Platform-Scale-ology <-> (Platform-Scale-ology <-> Platform-Scale-description-ology (Platform-Scale-description-ology <-> “This type of scale uses a system of multiplying levers, and allows heavy objects to be placed on a load bearing platform. The weight is transmitted to a beam, which is balanced by moving a counterpoise. The counterpoise is an element of the scale that acts to counterbalance the weight on the platform. This type of scale is used for weighing drums of product, or even weighing animals - for example at a vet's office.”-ology) and Platform-scale-example-ology (Platform-scale-example-ology <-> “A&D FG-150KBM”-ology) ) and Equal-Arm-Balance-or-Trip-Balance-ology (Equal-Arm-Balance-or-Trip-Balance-ology <-> “Much like the iconic trade scales of ancient Egypt - but modernized. This scale incorporates two pans, placed on opposite sides of a lever. There are two different ways to use this type of scale. The object to be weighed is placed on one of the pans, and standard weights are added to the opposite pan until they are balanced. The sum of the weights is equal to the mass of the object. The second application is to place 2 items on each scale and adjust one side until they are leveled. This is helpful in applications such as balancing tubes or centrifugation where two objects must be the exact same weight.”-ology) and Analytical-Balance-ology (Analytical-Balance-ology <-> Analytical-Balance-description-ology (Analytical-Balance-description-ology <-> “Most often used in a laboratory, or in settings where extreme sensitivity is required. Analytical balances are so sensitive, they can even be affected by air currents. They measure mass, which is useful in chemical analysis as the results are not based on gravity at a specific location - which would affect the weight. Precision and accuracy in these balances often exceeds one part in 106 at full capacity, which generally ranges from 1g to a few kg. The delicate internal devices are protected by a beam arrest, which prevents damage when objects are being placed or removed from the pan. The pan is the area on the balance where objects are placed. The balance is brought to the reference position with adjustable leveling feet. The reference position is determined by the leveling bubble, the spirit level, or plumb bob - an integral part of the balance. A draft shield protects against air currents affecting the measurement. This is a plastic or glass enclosure that allows access to the pan.”-ology) and Analytical-balance-examples-ology (Analytical-balance-examples-ology <-> “A&D HR-100”-ology) ) ) and Ring-clamp-ology and Rubber-policeman-ology and Safety-goggles-ology and Test-tube-ology and Thermometerology and Volumetric-pipette-ology and Spectroscopy-equipment-ology (Spectroscopy-equipment-ology <-> Biofluorometerology and Cuvettes-ology (Cuvettes-ology <-> Cuvettes-types-ology <-> Cylindrical-cuvettes-ology and Semi-micro-cuvettes-ology and Flow-cuvettes-ology and Micro-cell-cuvettes-ology and Standard-cuvettes-ology and Flourescence-cuvettes-ology) and Dipping-probes-ology and Flow-cells-ology (Flow-cells-ology <-> Flow-cells-types-ology <-> Long-path-flow-cells-ology and Micro-liter-flow-cells-ology and Multiple-pathlength-flow-cells-ology) and Spectroscopy-equipment-light-sources-ology (Spectroscopy-equipment-light-sources-ology <-> Spectroscopy-equipment-light-sources-types-ology <-> “D2H Light, D4H Light, and FO-6000 Light”) and Optical-detectors-ology and Optical-fibers-ology and Sample-holders-ology and Spectroscopy-accessories-ology) and Microscope-equipment-ology and Chromatography-equipment-ology (Chromatography-equipment-ology <-> “Chromatography equipment includes all the components needed for separation: columns, frits, flow cells, pumps, detector, collectors and software to complete systems used for High Performance Liquid Chromatography (HPLC), Gas chromatography (GC) and Liquid Chromatography and Mass Spectrophotometers (LC-MS).”-ology)
• Chromatography-types-ology <-> Gas-Chromatography-or-GC-ology (Gas-Chromatography-or-GC-ology <-> Gas-Chromatography-or-GC-types-ology <-> Gas-Adsorption-Chromatography-ology and Gas-Liquid-Partition-Chromatography-or-GLPC-ology and Capillary-Gas-Chromatography-ology) and Liquid-Chromatography-or-LC-ology (Liquid-Chromatography-or-LC-ology <-> Liquid-Chromatography-or-LC-types-ology <-> High-Performance-Liquid-Chromatography-or-HPLC-ology and Size-Exclusion-Chromatography-or-SEC-ology and Supercritical-Fluid-Chromatography-or-SFC-ology) and Ion-Exchange-Chromatography-or-IC-ology and Gel-Permeation-Chromatography-or-GPC-ology and Affinity-Chromatography-ology
• Computer-science-ology <-> Search-algorithms-ology <-> Algorithm-classes-ology <-> Dijkstra’s-algorithm-ology and Algorithms-for-quantum-computers-ology (Algorithms-for-quantum-computers-ology <-> Grover’s-algorithm-ology)
• Algebraic-structures-ology <-> Algebraic-group-like-structures-ology (Algebraic-group-like-structures-ology <-> Algebraic-group-ology and Algebraic-semigroup-ology and ) and Algebraic-ring-like-structures-ology and Algebraic-module-like-structures-ology and Algebraic-algebra-like-structures-ology
• Mathematicsology <-> Mathematical-postulates-ology and Mathematical-equations-ology and Mathematical-algorithms-ology and Mathematical-functions-ology and Mathematical-expressions-ology and Mathematical-logical-structures-and-truth-tables-ology and Mathematical-theories-ology and Mathematical-formulas-ology and Mathematical-topics-ology (Mathematical-topics-ology <-> Discrete-mathematics-ology and Continuous-mathematics-ology and Algebra-topics-ology and Geometry-and-topology-topics-ology and Calculus-and-analysis-topics-ology and Combinatorics-topics-ology and Mathematical-logic-topics-ology and Number-theory-topics-ology) and Branches-of-mathematics-ology (Pure-mathematics-ology (Pure-mathematics-ology <-> Arithmeticsology and Algebra-ology (Algebra-ology <-> Pre-algebra-ology and Elementary-algebra-ology and Linear-algebra-ology and Abstract-algebra-ology and Universal-algebra-ology <-> Algebraic-equation-ology <-> Linear-equation-ology and Polynomial-equation-ology and Transcendental-equation-ology and Functional-equation-ology and Functional-equation-ology and Differential-equation-ology and Integral-equation-ology and Integral-equation-ology and Diophantine-equation-ology and Polynomialology and Variable-ology) and Geometry-ology (Geometry-ology <-> Topology) and Calculus-and-analysis-ology and Combinatoricsology (Combinatoricsology <-> Algebraic-combinatorics-ology and Analytic-combinatorics-ology and Arithmetic-combinatorics-ology and Combinatorics-on-words-ology and Combinatorial-design-theory-ology and Enumerative-combinatorics-ology and External-combinatorics-ology and Geometric-combinatorics-ology and Graph-theory-ology and Infinitary-combinatorics-ology and Matroid-theory-ology and Order-theory-ology and Partition-theory-ology and Probabilistic-combinatorics-ology and Topological-combinatorics-ology) and Mathematical-logic-ology and Number-theory-ology) and Applied Mathematicsology (Applied Mathematicsology <-> Dynamical-systems-and-differential-equations-ology and Mathematical-physics-ology and Computation-ology and Information-theory-and-signal-processing-ology and Statistics-and-probability-ology and Game-theory-ology and Operations-research-ology and Mathematical-programming-ology))
• Currentology(Amps) <-> Voltage(Watts)-divided-by-total-resistor(Ohms)-ology
• Emergency-exit-types-ology <-> Emergency-exits-in-planes-ology and Emergency-exit-in-fighter-jets-ology and Emergency-exit-in-submarines-ology and Emergency-exit-in-water-floating-ships-ology and Emergency-exit-in-buildings-ology and Emergency-exit-in-space-ships-ology
• Solar-system-order-from-center-orbit-to-outer-layer-orbit-ology <-> Sun-ology (Sun-ology <-> Radius:110*Earth-ology and Mass:2*10^30(kg) and “Age: 4.5 billion years”) and Mercury-ology and Venus-ology and Earth-ology and Marsology and Jupiterology and Saturnology and Uranusology and Neptune-ology and Pluto-ology
• Pre-assessment-ology (Pre-assessment-ology <-> Diagnostic-assessment-ology <-> “Before creating the instruction, it’s necessary to know for what kind of students you’re creating the instruction. Your goal is to get to know your student’s strengths, weaknesses and the skills and knowledge the posses before taking the instruction. Based on the data you’ve collected, you can create your instruction.”-ology) and Formative-assessment-ology (Formative-assessment-ology <-> “Formative assessment is used in the first attempt of developing instruction. The goal is to monitor student learning to provide feedback. It helps identifying the first gaps in your instruction. Based on this feedback you’ll know what to focus on for further expansion for your instruction.”-ology) and Summative-assessment-ology (Summative-assessment-ology <-> “Summative assessment is aimed at assessing the extent to which the most important outcomes at the end of the instruction have been reached. But it measures more: the effectiveness of learning, reactions on the instruction and the benefits on a long-term base. The long-term benefits can be determined by following students who attend your course, or test. You are able to see whether and how they use the learned knowledge, skills and attitudes.”-ology) and Confirmative-assessment-ology (Confirmative-assessment-ology <-> “When your instruction has been implemented in your classroom, it’s still necessary to take assessment. Your goal with confirmative assessments is to find out if the instruction is still a success after a year, for example, and if the way you're teaching is still on point. You could say that a confirmative assessment is an extensive form of a summative assessment.”-ology) and Norm-referenced-assessment-ology (Norm-referenced-assessment-ology <-> “This compares a student’s performance against an average norm. This could be the average national norm for the subject History, for example. Other example is when the teacher compares the average grade of his or her students against the average grade of the entire school.”-ology) and Criterion-referenced-assessment-ology (Criterion-referenced-assessment-ology <-> “It measures student’s performances against a fixed set of predetermined criteria or learning standards. It checks what students are expected to know and be able to do at a specific stage of their education. Criterion-referenced tests are used to evaluate a specific body of knowledge or skill set, it’s a test to evaluate the curriculum taught in a course.”-ology) and Ipsative-assessment-ology (Ipsative-assessment-ology <-> “It measures the performance of a student against previous performances from that student. With this method you’re trying to improve yourself by comparing previous results. You’re not comparing yourself against other students, which may be not so good for your self-confidence.”-ology)
• Medical-sensor-technologies <-> Electromyograph-ology (Electromyograph-ology <-> Sensor-for-electrical-activity-in-skeletal-muscles-ology) and //////////
• Mathematical-problem-sets-and-questions-types-ology <-> Unsolved-math-function-problems-ology and Unsolved-mathematical-word-problems-ology and Unsolved-mathematical-expression-problems-ology and Unsolved-mathematical-equation-problems-ology and Unsolved-mathematical-formulas-problems-ology and Unsolved-geometric-and-trigonometric-math-problems-ology and Unsolved-matrix-problems-ology and Unsolved-coordinate-plane-and-graphing-problems-ology and Unsolved-mathematical-logic-and-truth-table-problems-ology and Unsolved-mathematical-chart,-time,-diagram,-and-numeral-problems-ology and Unsolved-mathematical-algorithm-problems-ology
• Rifle-ology <-> Sightology and Barrel-ology and Accessories-ology and Rifle-parts-ology and Ammo-ology and Bullet-ology
• Vispthinkingpat, thinkflexsense, and soundpat < Learningology
  • (Learningology <—> Accurate-ology and Precise-ology (Precise-ology <-> Contains-function-ology) )
• < Patternology
  • (Patternology <—> Orderology
    • (Orderology <—> Periodicology (Periodicology <-> Chronology) and Numeralology and Series-of-steps-ology and Listology and Diagramology and Sequence-ology and Organizationology
    • and Relationology
    • )
  • < Rule-ology
    • (Rule-ology <—> Establishmentology
    • and Environmentology
    • and Identificationology
    • ) < Stationarymovementology
    • < Shape-ology

(Survivalology <—> Needology and Safetyology (Safetyology <—> Adaptabilityology (Adaptabilityology <—> Adjustabilityology and Durabilityology) and Bodyology (Bodyology <—> Stationary-vibration-ology and Frequency-ology and Intakeology and Excrete-ology (Excrete-ology <—> Remove-ology and Expelology) and Controlology (Contrology <—> Assessmentology (Assessmentology <—> Estimationology and Approximationology and Definitionology and Explanationology <—> Predictionology)
and Use-ology and Disuse-ology <—> Capabilityology and Exposure-ology (Exposure-ology <—> Experience-ology) <—> Abilityology and Influenceology <—> Startology and Stopology <—> Increase-ology and Decrease-ology)) and Protectionology (Protectionology <—> Preservationology and Preventionology)) <—> Emotionology <—> Sufferingology <—> Painology)) <—> Internalology and Externalology <-> Interiorology and Exteriorology <—> Containerology) and Measurementology (Measurementology <—> Functionology and Stationaryology and Correspondology (Correspondology <—> Proportionalology) and Congruentology and Similarology and Preparationology (Preparationology <—> Time <—> Future-ology and Presentology and Pastology <—> Cause-ology and Effectology (Effectology <—> Passive-ology (Passive-ology <—> Unintentionalology) and Assertive-ology (Assertive-ology <—> Intentionalology) <—>Directology and Indirectology and Active-ology) <—> Eventology and Targetology (Targetology <—> Subjectology and Topicology) and Seriesology (Seriesology <—> Firstology and Thenology and Finalology (Finalology <—> Lastology)) <—> Problemology and Solutionology <—> Improve-ology <—> Fasterology and Easierology <—> Lesserology and More-ology)) and Materialology (Materialology <-> Physicalology and Chemicalology (Chemicalology <-> Resultology (Resultology <—> Cause-ology (Cause-ology <—> Before-ology <—> Priorology) and Effectology (Effectology <—> Afterology)) <-> Reactionology (Reactionology <-> Stoichiometry-ology) and Interactionology)) <—> Designology and Purpose-ology
<—> Turnology (Turnology <—> Bounce-ology (Bounce-ology <—> Reflectionology and Deflectionology (Deflectionology <—> Refractionology and Diffractionology)) and Rotationology (Rotationology <—> Spinology)) and Straightology (Straightology <—> Linearology and Forwardology) <—> Distance-ology and Directionology and Positionology <—> Change-ology <—> Constructionology and Destructionology <—> Combinationology (Combinationology <—> Placementology and Togetherology <—> Mixology and Groupology and Copyology (Copyology <—> Duplicationology and Replicationology and Imitationology and Emulationology and Reproductionology) and Share-ology (Share-ology <—> Sendology and Transportology (Transportology <—> Transferology) and Recieve-ology and Processology <—> Communicationology (Communicationology <—> Language-ology and Expressionology (Expressionology <—> Advice-ology and Hintology (Hintology <—> Indicationology) and Commandology (Commandology <—> Strictology <—> Mono-ology) and Instructionology (Instructionology <—> Lenientology <—> Polyology) and Depictionology (Depictionology <—> Illustrationology and Portrayalology (Portrayalology <—> Representationology <—> Characterizationology) and Presentationology) and Informationology (Informationology <—> Truthology (Truth-ology <—> True-ology) and Mistake-ology and Accidentology and Lie-ology (Lie-ology <—> False-ology)) and Visualology and Soundology and Comprehensionology (Comprehensionology <—> Understandabilityology and Memoryology)) and Usefulnessology (Usefulnessology <—> Value-ology and Operationology) and Helpology) and Joinology (Joinology <—> Connectology)) and Separationology (Separationology <—> Remove-ology and Place-ology <—> Replace-ology) and Temperature-ology (Temperature-ology <—> Heatology and Coolology) < Relaxology and Contractology <—> Pressure-ology (Pressure-ology <—> Insertology and Exertology and Compressionology and Compactology and Expandology and Force-ology) <—> Velocity-ology (Velocity-ology <-> Displacement-divided-by-time-ology) <—> Speedology (Speedology <—> Distance-divided-by-time-ology <-> Fasterology and Slowerology) and Size-ology (Size-ology <—> Magnitude-ology <—> Shorterology and Largerology) <—> Fieldology (Fieldology <—> Scalarology and Vectorology and Spinorology and Tensorology) and Flowology (Flowology <—> Rhythmology) <—> Attractionology and Repelology <—> Resonance-ology (Resonance-ology <—> Synchronizationology) and Non-resonance-ology <—> Wave-ology and Oscillationology <—> Vibrationology (Vibrationology <—> Shiftology <—> Transformationology) < Energyology (Energyology <-> <-> Kinetic-energy-ology (Kinetic-energy-ology <-> Kinetic-energy-of-atom/molecule-ology and Kinetic-energy-of-object-ology) and Potential-energy-ology (Potential-energy-ology <-> Gravitational-potential-energy-ology <-> Mass(kilogram)-times-gravity(9.8-meters-per-second-squared-on-earth)-times-height(meters)-ology) and Chemical-energy-ology and Electrical-energy-ology and Thermal-energy-ology and Nuclear-energy-ology and Mechanical-energy-ology and Gravitational-energy-ology) <—> Formationology <—> Frequency-ology and Repetitionology (Repetitionology <—> Same-ology and Transitionology (Transitionology <—> Restology and Setupology) and Re-do-ology (Re-do-ology <-> Resetology and/or Restartology)) <—> Cycle-ology <—> Existance-ology (Existance-ology <—> Continuityology and Discontinuityology) <—> Stavibology (Stavibology <-> Subatomic-particle-ology <-> Elementary-particle-ology (Elementary-particle-ology <-> Fermionology (Fermionology <-> Leptonology (Leptonology <-> Electronology and Muonology and Tau-ology and Electron-neutrino-ology and Nuon-neutrino-ology and Tau-neutrino-ology) and Quarkology (Quarkology <-> Upology and Downology and Charmology and Strange-ology and Bottomology)) and Bosonology (Bosonology <-> Gauge-boson-ology (Gauge-boson-ology <-> W-boson-ology and Z-boson-ology and Photonology and Gluonology) and Scalar-boson-ology (Scalar-boson-ology <-> Higgsology)) and Composite-particle-ology <-> Particle-ology (Particle-ology <-> Electronology and Neutronology (Neutronology <-> 1-up-quark-ology and two-down-quarks-ology and gluons-for-binding-quarks-ology) and Protonology (2-up-quarks-ology and 1-down-quark-ology and gluons-for-binding-quarks-ology)) <-> Atomology <-> Molecule-ology <-> Pure-substance-ology (Elementology (Elementology <-> Hydrogenology (Hydrogenology <-> Nonmetalology and Atomic-number-of-1-ology and Atomic-weight-of-1.0078-ology) and/or Heliumology (Heliumology <-> Noble-gas-ology and Atomic-number-of- and Atomic-weight-of-) and/or Lithiumology and/or Berylliumology and/or Boronology and/or Carbonology and/or Nitrogenology and/or Fluorine-ology and/or Neonology and/or Sodiumology and/or Magnesiumology and/or Aluminumology and/or Siliconology and/or Chlorine-ology and/or Argonology and/or Potassiumology and/or Calciumology and/or Scandiumology and/or Titaniumology and/or Vanadiumology and/or Chromiumology and/or Manganese-ology and/or Ironology and/or Cobaltology and/or Nickelology and/or Copperology and/or Zincology and/or Gallium and/or Germanium and/or Arsenicology and/or Seleniumology and/or Bromine-ology and/or Kryptonology and/or Rubidiumology and/or Strontiumology and/or Yttriumology and/or Zirconiumology and/or Niobiumology and/or Molybdenumology and/or Technetiumology and/or Rutheniumology and/or Rhodiumology and/or Palladiumology and/or Silverology and/or Cadmiumology and/or Indiumology and/or Tinology and/or Antimonyology and/or Telluriumology and/or Iodine-ology and/or Xenonology and/or Caesiumology and/or Bariumology and/or Lanthanumology and/or Ceriumology and/or Praseodymiumology and/or Neodymiumology and/or Promethiumology and/or Samariumology and/or Europiumology and/or Gadoliniumology and/or Terbiumology and/or Dysprosiumology and/or Holmiumology and/or Erbiumology and/or Thuliumology and/or Ytterbiumology and/or Lutetiumology and/or Hafniumology and/or Tantalumology and/or Tungstenology and/or Rheniumology and/or Osmiumology and/or Iridiumology and/or Platinumology and/or Goldology and/or Mercury-ology and/or Thalliumology and/or Leadology and/or Bismuthology and/or Poloniumology and/or Astatine-ology and/or Radonology and/or Franciumology and/or Radiumology and/or Actiniumology and/or Thoriumology and/or Protactiniumology and/or Uraniumology and/or Neptuniumology and/or Plutoniumology and/or Americiumology and/or Curiumology and/or Berkeliumology and/or Californiumology and/or Einsteniumology and/or Fremiumology and/or Mendeleviumology and/or Nobeliumology and/or Lawrenciumology and/or Rutherfordiumology and/or Dubniumology and/or Seaborgiumology and/or Bohriumology and/or Hassiumology and/or Meitneriumology and/or Darmstadiumology and/or Roentgeniumology and/or Coperniciumology and/or Unutriumology and/or Fleroviumology and/or Ununpentiumology and/or Livermoriumology and/or Ununseptiumology and/or Ununoctiumology <-> Molecule-ology (Molecule-ology <-> Chemically-combined-same/different-elements-ology) and Compoundology (Compoundology <-> Chemically-combined-different-elements-ology)) and Mixture-ology (Mixture-ology <-> Physically-combined-molecules-ology and Non-chemically-combined-molecules-ology <-> Homogeneous-mixture-ology (Homogeneous-mixture-ology <-> Uniform-particles-and-appearance-ology) and Heterogeneous-mixture-ology (Heterogeneous-mixture-ology <-> Non-uniform-particles-and-appearance-ology)) <-> Matterology (Matterology <-> Gasology and Liquidology and Solidology and Plasma-ology and Bose-Einstein-condensates-ology) and Phase-ology (Phase-ology <-> Meltingology (Meltingology <-> Solid-turns-to-liquid-ology <-> Melting-point-ology) and Freezingology (Freezingology <-> Liquid-turns-to-gas-ology <-> Freezing-point-ology) and Sublimationology (Sublimationology <-> Solid-directly-becomes-gas-without-becoming-liquid-ology) and Vaporizationology (Vaporizationology <-> Liquid-turns-to-gas <-> Boiling-point-ology) and Condensationology (Condensationology <-> Gas-turns-to-liquid-ology) and Depositionology (Depositionology <-> Desublimation <-> Gas-directly-turns-to-solid-without-becoming-liquid-ology) ) )

• Weapon-types-ology ↔ Explosive-weapons-ology and Laser-weapons-ology and Electronic-weapons-ology and Chemical-weapons-ology (Chemical-weapons-ology ↔ Firearm-weapons-ology and Explosive-weapons and Radiation-weapons-ology and Flamethrower-weapons-ology and Artillery-weapons-ology) and Physical-weapons-ology (Physical-weapons-ology ↔ Impact-weapons-ology and Throwing-weapons-ology and Bladed-weapons-ology) and Biological-weapons-ology (Biological-weapons-ology ↔ Bioweapons-ology ↔ Toxin-weapons-ology (Toxin-weapons-ology ↔ Botulinum-toxin-ology) and Poisonous-weapons-ology and Virus-as-weapons-ology (Virus-as-weapons-ology ↔ Aerosol-ebola-ology and Rinderpest-against-livestock-ology and Nipah-virus-ology and Chimera-virus-ology) and Bacteria-as-weapons-ology (Bacteria-as-weapons-ology ↔ Anthrax-ology and Bacteria-carrying-fleas-ology and Tularemia-ology) and Fungi-weapons-ology (Fungi-weapons-ology ↔ Pyricularia-oryzae-against-crops-ology) )
• Metrology-ology ↔ Metrology-definition-ology (Metrology-definition-ology ↔ Scientific-study-of-measurements-ology) and Metrology-types-ology (Metrology-types-ology ↔ Industrial-metrology-ology and Scientific-metrology-ology and Legal-metrology-ology)
• Water-filter-ology <-> Water-filter-types-ology <-> Activated-carbon-filter-ology and Reverse-osmosis-filter-ology and Ion-exchange-filter-ology and Distillation-filter-ology