0
What else can I help you with?
Write 0.4 as percentages?
40%
What is ninety-five hundredths in percentages?
95%
What is the range of 1'3'4'1'3'1'5'2'1'1'3'?
calculate range of percentages
How do you calculate the average of 4 percentages?
Add them together and divide by 4 (the number of percentages you had in the first place) It's just like averaging plain numbers
Who invented decimals fractions and percentages?
Joe shmoe
Why is the amount of gases in the atmosphere usually shown as percentages of dry air?
Showing the amount of gases in the atmosphere as percentages of dry air allows for easy comparison and analysis of the composition of the atmosphere. Since the composition of dry air is relatively stable, expressing the gases as percentages of dry air helps to standardize the data for scientific purposes.
What are two the most common gasses found in air and what are their percentages?
Gases in air are nitrogen about 79%, oxygen about 20% and other gases 1%
What are the percentages of the top three gas of air?
Air is made up of 78% nitrogen, 20.95% oxygen, 0.93% argon plus traces of other gases.
Why are the amounts or gases in the atmosphere usually shown as percentages of dry air?
Showing the amounts of gases in the atmosphere as percentages of dry air allows for easier comparison and understanding of their relative concentrations. It provides a standardized framework that eliminates the variability that water vapor would introduce, making it simpler to analyze and compare the composition of the atmosphere.
What percentages of gases are in the sun's at most?
i don't know the percentages but i do know that hydrogen and helium are the 2 main gases! sorry this did not completely answer the question:(
Why are the amount gases in the atmosphere usually shown as percentages of dry air?
Showing gas concentrations as percentages of dry air allows for easier comparison of the relative amounts of different gases in the atmosphere. Dry air is a consistent reference point because its composition is relatively stable, making it a convenient baseline for expressing variations in gas concentrations.
Who to label the pie chart on the basis of percentage of gases present in the air?
In a pie chart representing the composition of gases in the air, you would typically label it with the following percentages: Nitrogen (approximately 78%), Oxygen (about 21%), Argon (around 0.93%), and Carbon Dioxide (about 0.04%). Other trace gases can also be included, but their percentages are minimal. Each segment should be clearly labeled to indicate the gas and its corresponding percentage for clarity.
Why are the gases of the world measured in percentages?
Gases in the atmosphere are measured in percentages to provide a clear and standardized way of expressing their concentration relative to the total volume of air. This percentage format makes it easier to compare the abundance of different gases, such as oxygen, nitrogen, and carbon dioxide, and to understand their roles in processes like respiration and climate change. Additionally, using percentages helps scientists and researchers communicate findings effectively across various disciplines.
Why are the amount of gases in the atmosphere usually shown as percentages of dry?
It is simpler because the amount of water vapor in the air can change.
What is the atmosphere of earth?
The atmosphere of the earth is the layers of air that surround the Earth. They contain nitrogen, oxygen, carbon dioxide, water vapor, and small percentages of other gases.
What are the pasenteges of the gasses in the air?
The composition of gases in air is approximately 78% nitrogen, 21% oxygen, 0.9% argon, and trace amounts of other gases such as carbon dioxide, neon, helium, and methane. These percentages can vary slightly depending on factors like location and elevation.
Why are the amounts of gases in the atmosphere usually shown as percentages of dry air?
The amount of water vapor in the air changes significantly with location and temperature. so a listing of percentage of gasses in the atmosphere would be different depending on how much water was in the air sampled. That would not be useful, because the other gases in the atmosphere do not change all that much. So it is more helpful to describe the making of the atmosphere as dry air (containing no moisture) and then adjust if needed for the humidity at any one place and time.
