By distributing the weight over a smaller area.
For a certain thing to float, it depends on the mass, weight and the size, . The lighter and smaller a thing is, the more its likely to float. The heavier an object, the more it is likely to stay on the ground. An object can float(or sink) in water, or even in the sky.
Gravity does pull a balloon towards the ground.If the balloon happens to be filled with something lighter (less dense) than the surrounding medium, the gravitational attraction may not be successful at overcoming the density difference.
In warm air, molecules are spaced farther apart. As air cools, molecular activity and movement slows down which cause compaction of the molecules. The increased density of air in the same space automatically increases the overall weight. That is why warmer air layers over cold air because the cold air is 'heavier' and sinks to the ground while the 'lighter', warm air rises.
While you cannot actually change your weight, all you have to do is lift your legs up and bend towards the person because if you go backward its harder to keep you up because you're headed for the ground.
By increasing the area of cross section in contact with the ground
I think you feel lighter as you are higher off the ground and when you are on the moon you feel much lighter than on Earth
Sink towards the ground
You must let the lighter one go first then let the heavier one go. The heavier should then catch up.
"Lighter than air" aircraft are lighter than air! The most common are blimps. They do not rely on wings to generate lift. They contain a lighter than air gas (ex:helium) that lifts the craft into the air when ties to the ground are released. "Heavier than air" aircraft are the opposite. They rely on wings to generate lift to get into the air. Common heavier than air aircraft are general airplanes you see in the sky everyday.
you are heavier on the mountain. why? because you are exposed to more mass.
Gasoline is made up of chains of hydrocarbons while the atmosphere is mainly comprised of light gases. Proof: Pour a cup of gasoline on the ground, it displaces the lighter atmosphere.
The sun rays heat the ground more than they heat the water. As a result the ground heats up. The air next to the ground warms up, expands and rises. The cooler and heavier air, from over the water moves in to replace it.
assuming they all weigh the same, they would be equal. if not, the heavier one would be exerting more pressure on the ground. if you are looking for an answer relating to pressure exerted in a specific spot, calculate it by surface area.
By definition, anything 'filled with vacuum' would weigh nothing, as a vacuum means an area that contains no matter. Since the balloon would need matter in it to weigh anything, a vacuum balloon would be lighter than the heavier air around it, as air is made of matter.
Falling objects behave in such a way that heavier objects will fall faster than the lighter ones. Try to drop a stone and a feather from the same height and at the same time, the stone will fall to the ground first.
Our atmosphere is divided into layers of air which exerts pressure on the ground, at the earth. The higher the distance from the ground, lower the pressure of the air exerted by it. (i.e why astronauts float above the atmosphere with no pressure or gravitation pull). Atmosphere gets heated up by the sun and so the ground. This causes the moisture to evaporate and the air above the ground becomes warmer and both rise up. Warmer air are less dense, lighter in weight and have a tendency to hold more water. This warmer air rises up above the cold air (which is heavier or highly denser). The areas which witness such type of phenomenon are called as low pressure areas. At a later stage, the warmer or low pressure air, above the cold high pressure air, gets cooled, condensed and causes precipitations. Low pressure air is usually marked with cloudy and windy sky. Hence we say that Low pressure areas gets torrential rainfall. Whereas in high pressure areas, one would witness dry and clear sky (due to lack of condensed air or clouds)
For a certain thing to float, it depends on the mass, weight and the size, . The lighter and smaller a thing is, the more its likely to float. The heavier an object, the more it is likely to stay on the ground. An object can float(or sink) in water, or even in the sky.