This is a cool question. With all the talk about trillions of dollars, I have been thinking about this also. What volume of air in an equilateral cube, or other volume format.
1 atmosphere of pressure at room temperature. PV=nRT
The space between molecules generally decreases as they cool down. This decrease in temperature causes the molecules to slow down, reducing their kinetic energy and allowing them to move closer together. This process can lead to the molecules eventually forming a solid state.
their molecules have very little attraction for one another. or for some other question Gases take up so much space because their molecules spread out to fill their space and like to be far apart from each other.
No, odors do not take up physical space. Odors are made up of volatile molecules that float in the air and can be detected by our sense of smell, but they do not have a physical presence that occupies space.
Water molecules displace some of the air molecules, reducing the overall pressure within the air. This is because the water molecules take up space in the air, leading to a decrease in the number of air molecules per unit volume.
Smoke is a collection of tiny particles and gases that take up space as they spread out in the air. When smoke is present in a room, it fills up the available space because the particles are interacting with the air molecules and occupying that volume.
about 300,000 years since 120 trillion miles=approximately 20 light years
A solid does take up space. Although it doesn't take up as much mass if it were to be a liquid or a gas.For example ice doesn't take up as much space as water or water vapor 123456789
a trillion tons
The space between molecules generally decreases as they cool down. This decrease in temperature causes the molecules to slow down, reducing their kinetic energy and allowing them to move closer together. This process can lead to the molecules eventually forming a solid state.
Molecules will fill the space available to them due to their kinetic energy causing them to move around randomly. This is known as diffusion. In a closed container, molecules will spread out evenly to fill the entire volume.
Molecules of a gas, like molecules of any substance, take up a certain amount of space. So gas molecules can be measured by volume which is the distance (length, width, height) that the molecules occupy. How tightly they are packed together in a container is measured by pressure. Knowing both values will tell you how much of a gas is present.
a trillion seconds
In liquids, molecules are close together but with some space between them. The molecules are constantly moving, allowing them to flow and take the shape of the container. The distance between molecules is greater than in a solid, but less than in a gas.
their molecules have very little attraction for one another. or for some other question Gases take up so much space because their molecules spread out to fill their space and like to be far apart from each other.
No, odors do not take up physical space. Odors are made up of volatile molecules that float in the air and can be detected by our sense of smell, but they do not have a physical presence that occupies space.
lots
I solve this problem in two steps: Step 1: How much space does one pea take up? Step 2: How much space does 1 trillion peas take up? 1) How much space does one pea take up? I will assume one pea would occupy a square area 5 mm by 5 mm, which equals 25 mm2. 2) A trillion peas, requires me to use scientific notation, 1 trillion = 10^12. So our trillion peas takes up 25 *1012 mm2. Now 1 m = 1000 mm, so 1 m2 = 10^6 mm2, and 1 km = 1000 m, so 1 km2 = 10^6 m2, so 10^12 mm2 = 1 km2. Now, 25 * 1012 mm (1 km2/1012 mm2) = 25 km2 is the area on earth that one trillion peas would cover. Remember: One thousand = 103, One million = 106, one billion = 109, one trillion = 1012 Also, when you find a problem that seems too big to solve, try finding a small problem to solve, which will help you to solve the bigger one.