Monitor Ratio Calculator

Police car tracker. Field Of View & Aspect Ratio Calculator Reset calculator. Required fields Resolution of single monitor:: Number of monitors? Common Single Monitor Resolutions & Aspect Ratios. 15:10 aka (3:2) 4:3: 15:9 aka (5:3) 5:4: 16:10 aka (8:5) 16:9: 17:9: 720x480 1152x768 1280x854 1440x960: 320x240 640x480 768x576 800x600 1024x768. Diagonal Projection Screen Size Calculator by Aspect Ratio Return to Rear Projection Screens To determine what projection screen dimensions you will need based on a diagonal screen size use the projection screen size calculator below, this should be used for a general guideline for Projection Screens sizes, Plasma, LCD and LED Flat Panel. Noteworthy and common display sizes of monitors, PCs, notebooks, tablets, phablets, smartphones, handhelds and HMDs. Link color takes into account typical viewing distance: Resolutions. Note: Visual display is Hor+ up to a ratio of 16:3 (5.3333) at which it then becomes Vert. Show example of Before and After. Source Engine HUD editor for multi screen systems such as Eyefinity, TH2Go and SoftTH.

The ultimate aspect ratio calculator calculates the aspect ratio for video or image sizes, scales a resolution using the same aspect ratio, compares resolutions, resizes images and video, and converts aspect ratios.

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How to Calculate an Aspect Ratio

An aspect ratio indicates the shape of a video screen or image. Screens display images as a grid of colored squares or rectangles in a grid, and the width and height of that grid is the resolution.

These squares or rectangles are called pixels. The aspect ratio is the ratio of the number of columns to the number of rows of pixels that make up a video display or image.

An aspect ratio is often expressed as reduced to a common format based on industry standards.

To find the video aspect ratio reduce the aspect ratio to either 16:9, 16:10, or 4:3. Some video aspect ratios cannot be evenly reduced into these ratios, in which case they should be reduced to the number of columns to 1 row of pixels.

Cinema projection screens often use a ratio of 2.35:1 or 2.4:1, for example. Learn more about these on our projector calculator.

How to Reduce an Aspect Ratio

To reduce a ratio, find the greatest common factor of both the number of columns and the number of rows. Then divide the number of rows and the number of columns by the greatest common factor.

Example: let's find the aspect ratio for a 3840 × 2160 resolution display.

The greatest common factor of both 3840 and 2160 is 240

num columns = 3840 ÷ 240 = 16
num rows = 2160 ÷ 240 = 9
aspect ratio = 16:9

How to Scale an Aspect Ratio

Sometimes you need to scale an aspect ratio to a larger or smaller resolution. To scale an aspect ratio, multiply both sides of the resolution by the scale factor.

Example: let's double the 4k 3840 and 2160 resolution to find the 8k resolution.

Multiply both parts of the resolution by 2

num columns = 3840 × 2 = 7680
num columns = 2160 × 2 = 4320

Thus, 4k scaled to 8k resolution is equal to 7680 x 4320.

Common Image Aspect Ratios

While images come in many shapes and sizes, there are some aspect ratios that are more commonly used for images and photography.

Common Video Aspect Ratios

There are many aspect ratios used for various purposes in film and video, and some are more common than others. The most common is 16:9; see the table below for the most common ratios for each type of use.

See a full list modern aspect ratios and resolutions.

How to Convert Video to a Different Aspect Ratio

Sometimes video in one aspect ratio needs to be displayed on a screen that is a different resolution, for example, when displaying standard definition 4:3 TV on a high definition 16:9 display.

There are a few different ways to display video that is not the same aspect ratio as the screen.

Display a Different Aspect Ratio by Cropping

The video can be zoomed so that there is no extra space, which will crop part of the video.

For example, a 4:3 video can be zoomed to scale the width to that of a 16:9 screen, cropping the top and bottom of the video.

Display a Different Aspect Ratio by Pillar-boxing

The video can be pillar-boxed, keeping the video's height the same as the display when the video aspect ratio is thinner than the display aspect ratio.

For example, a 4:3 video can be zoomed, scaling the video's height to the height of the display, resulting in bars on either side of the video.

Display a Different Aspect Ratio by Letterboxing

The video can be letterboxed, keeping the video's width the same as the display when the video aspect ratio is wider than the display aspect ratio.

For example, a 16:9 video can be zoomed so that the video's width is the same as the display's width, resulting in bars on the top and bottom of the video.

You might be interested in our TV viewing distance calculator to calculate the resolution and size of TV you should get based on your seating distance.

Recommended

The Basal Metabolic Rate (BMR) Calculator estimates your basal metabolic rate—the amount of energy expended while at rest in a neutrally temperate environment, and in a post-absorptive state (meaning that the digestive system is inactive, which requires about 12 hours of fasting).

Result

Exercise: 15-30 minutes of elevated heart rate activity.
Intense exercise: 45-120 minutes of elevated heart rate activity.
Very intense exercise: 2+ hours of elevated heart rate activity.

How To Figure Out Aspect Ratio Of Monitor

The basal metabolic rate (BMR) is the amount of energy needed while resting in a temperate environment when the digestive system is inactive. It is the equivalent of figuring out how much gas an idle car consumes while parked. In such a state, energy will be used only to maintain vital organs, which include the heart, lungs, kidneys, nervous system, intestines, liver, lungs, sex organs, muscles, and skin. For most people, upwards of ~70% of total energy (calories) burned each day is due to upkeep. Physical activity makes up ~20% of expenditure and ~10% is used for the digestion of food, also known as thermogenesis.

The BMR is measured under very restrictive circumstances while awake. An accurate BMR measurement requires that a person's sympathetic nervous system is inactive, which means the person must be completely rested. Basal metabolism is usually the largest component of a person's total caloric needs. The daily caloric need is the BMR value multiplied by a factor with a value between 1.2 and 1.9, depending on activity level.

In most situations, the BMR is estimated with equations summarized from statistical data. The Harris-Benedict Equation was one of the earliest equations introduced. It was revised in 1984 to be more accurate and was used up until 1990, when the Mifflin-St Jeor Equation was introduced. The Mifflin-St Jeor Equation has been shown to be more accurate than the revised Harris-Benedict Equation. The Katch-McArdle Formula is slightly different in that it calculates resting daily energy expenditure (RDEE), which takes lean body mass into account, something that neither the Mifflin-St Jeor nor the Harris-Benedict Equation do. Of these equations, the Mifflin-St Jeor Equation is considered the most accurate equation for calculating BMR with the exception that the Katch-McArdle Formula can be more accurate for people who are leaner and know their body fat percentage. You can pick the equation to be used in the calculation by expand the settings.

The three equations used by the calculator are listed below:

Monitor Size Aspect Ratio Calculator

See Full List On Calculator.net

where:

BMR Variables

Muscle Mass – Aerobic exercise such as running or cycling has no effect on BMR. However, anaerobic exercise, such as weight-lifting, indirectly leads to a higher BMR because it builds muscle mass, increasing resting energy consumption. The more muscle mass in the physical composition of an individual, the higher the BMR required to sustain their body at a certain level.

Age – The more elderly and limber an individual, the lower their BMR, or the lower the minimum caloric intake required to sustain the functioning of their organs at a certain level.

Genetics – Hereditary traits passed down from ancestors influence BMR.

Weather – Cold environments raise BMR because of the energy required to create a homeostatic body temperature. Likewise, too much external heat can raise BMR as the body expends energy to cool off internal organs. BMR increases approximately 7% for every increase of 1.36 degrees Fahrenheit in the body's internal temperature.

The video can be letterboxed, keeping the video's width the same as the display when the video aspect ratio is wider than the display aspect ratio.

For example, a 16:9 video can be zoomed so that the video's width is the same as the display's width, resulting in bars on the top and bottom of the video.

You might be interested in our TV viewing distance calculator to calculate the resolution and size of TV you should get based on your seating distance.

Recommended

The Basal Metabolic Rate (BMR) Calculator estimates your basal metabolic rate—the amount of energy expended while at rest in a neutrally temperate environment, and in a post-absorptive state (meaning that the digestive system is inactive, which requires about 12 hours of fasting).

Result

Exercise: 15-30 minutes of elevated heart rate activity.
Intense exercise: 45-120 minutes of elevated heart rate activity.
Very intense exercise: 2+ hours of elevated heart rate activity.

How To Figure Out Aspect Ratio Of Monitor

The basal metabolic rate (BMR) is the amount of energy needed while resting in a temperate environment when the digestive system is inactive. It is the equivalent of figuring out how much gas an idle car consumes while parked. In such a state, energy will be used only to maintain vital organs, which include the heart, lungs, kidneys, nervous system, intestines, liver, lungs, sex organs, muscles, and skin. For most people, upwards of ~70% of total energy (calories) burned each day is due to upkeep. Physical activity makes up ~20% of expenditure and ~10% is used for the digestion of food, also known as thermogenesis.

The BMR is measured under very restrictive circumstances while awake. An accurate BMR measurement requires that a person's sympathetic nervous system is inactive, which means the person must be completely rested. Basal metabolism is usually the largest component of a person's total caloric needs. The daily caloric need is the BMR value multiplied by a factor with a value between 1.2 and 1.9, depending on activity level.

In most situations, the BMR is estimated with equations summarized from statistical data. The Harris-Benedict Equation was one of the earliest equations introduced. It was revised in 1984 to be more accurate and was used up until 1990, when the Mifflin-St Jeor Equation was introduced. The Mifflin-St Jeor Equation has been shown to be more accurate than the revised Harris-Benedict Equation. The Katch-McArdle Formula is slightly different in that it calculates resting daily energy expenditure (RDEE), which takes lean body mass into account, something that neither the Mifflin-St Jeor nor the Harris-Benedict Equation do. Of these equations, the Mifflin-St Jeor Equation is considered the most accurate equation for calculating BMR with the exception that the Katch-McArdle Formula can be more accurate for people who are leaner and know their body fat percentage. You can pick the equation to be used in the calculation by expand the settings.

The three equations used by the calculator are listed below:

Monitor Size Aspect Ratio Calculator

See Full List On Calculator.net

where:

BMR Variables

Muscle Mass – Aerobic exercise such as running or cycling has no effect on BMR. However, anaerobic exercise, such as weight-lifting, indirectly leads to a higher BMR because it builds muscle mass, increasing resting energy consumption. The more muscle mass in the physical composition of an individual, the higher the BMR required to sustain their body at a certain level.

Age – The more elderly and limber an individual, the lower their BMR, or the lower the minimum caloric intake required to sustain the functioning of their organs at a certain level.

Genetics – Hereditary traits passed down from ancestors influence BMR.

Weather – Cold environments raise BMR because of the energy required to create a homeostatic body temperature. Likewise, too much external heat can raise BMR as the body expends energy to cool off internal organs. BMR increases approximately 7% for every increase of 1.36 degrees Fahrenheit in the body's internal temperature.

Diet – Small, routinely dispersed meals increase BMR. On the other hand, starvation can reduce BMR by as much as 30%. Similar to a phone that goes into power-saving mode during the last 5% of its battery, a human body will make sacrifices such as energy levels, moods, upkeep of bodily physique, and brain functions in order to more efficiently utilize what little caloric energy is being used to sustain it.

Pregnancy – Ensuring the livelihood of a separate fetus internally increases BMR. This is why pregnant women tend to eat more than usual. Also, menopause can increase or decrease BMR depending on hormonal changes.

Supplements – Certain supplements or drugs raise BMR, mostly to fuel weight loss. Caffeine is a common one.

BMR Tests

Online BMR tests with rigid formulas are not the most accurate method of determining an individual's BMR. It is better to consult a certified specialist or measure BMR through a calorimetry device. These handheld devices are available in many health and fitness clubs, doctor offices, and weight-loss clinics.

Resting Metabolic Rate

While the two are used interchangeably, there is a key difference in their definitions. Resting metabolic rate, or RMR for short, is the rate at which the body burns energy in a relaxed, but not fully inactive state. It is also sometimes defined as resting energy expenditure, or REE. BMR measurements must meet total physiological equilibrium while RMR conditions of measurement can be altered and defined by contextual limitations.

Modern Wisdom

A 2005 meta-analysis study on BMR* showed that when controlling all factors of metabolic rate, there is still a 26% unknown variance between people. Essentially, an average person eating an average diet will likely have expected BMR values, but there are factors that are still not understood that determines BMR precisely.

Therefore, all BMR calculations, even using the most precise methods through specialists, will not be perfectly accurate in their measurements. Not all human bodily functions are well understood just yet, so calculating total daily energy expenditure (TDEE) derived from BMR estimates are just that, estimates. When working towards any sort of health or fitness goals, BMR can aid in laying down the foundations, but from there on it has little else to offer. A calculated BMR and thus TDEE may result in unsatisfactory results because of their rough estimates, but maintaining a daily journal of exercise, food consumption, etc., can help track the factors that lead to any given results and help determine what works, as well as what needs to be improved upon. Tracking progress in said journal and making adjustments over time as needed is generally the best indication of progress towards reaching personal goals.

Reference

* Johnstone AM, Murison SD, Duncan JS, Rance KA, Speakman JR, Factors influencing variation in basal metabolic rate include fat-free mass, fat mass, age, and circulating thyroxine but not sex, circulating leptin, or triiodothyronine1. Am J Clin Nutr 2005; 82: 941-948.