Answer: Heat
Explanation: The transfer of heat or thermal energy occurs when there is a difference in temperature in a object or both. Heat moves from objects with higher temperature to objects with lower temperature. If both objects reaches the same temperature then they are said to be in thermal equilibrium, which means that there will be no more heat transfer between the objects.
I hypothesis that with the assumption that nights being colder and a soccer ball in front of sunlight being hot that nights would be much air condense giving the look of deflation where as sunlight could even expand the air but normally not as noticable as the cold condensing ball.
And for an experiment you could fill a balloon or ball with room temp. air and freeze it over night and then the next day expose it to sunlight for a couple of hours and compare both results
D=(1/2) x at^2. d=(1/2)(4)(20)^2. 2(400)=800 m. In kilometers, the answer is 0.8 km. A. You're welcome. ;)
Answer:
v=18.97 m/s
Explanation:
the equation for the above question is v²=u²+2as
Derek's experiment best demonstrates the effects of gravity, that force made the water go down and hit the ground, the effect of that was a depression.
The definition of Hydrosphere is all the water of earth surface, so the water represents Hydrosphere.
The definition of Geosphere is the surface of Earth, when the water fell down and touched the ground it caused an interaction between Hydrosphere and Geosphere.
