Rain drop travel towards earth because of gravity and get round shape because of drag force...
sohail peshawar
because the force of the earth pulls on the drop
raindrop
Depending on the size of the raindrop and the wind speed, updrafts, downdrafts a raindrop can fall at the speed of light. The previous answer was obviously written by an idiot. A raindrop will fall at usually 3 to 8 metres/second. A raindrop will never ever be able to travel at the speed of light.
Waves transfer energy outward equally. Since there is no barrier to the water, when a raindrop hits the water that energy of the raindrop falling has to go somewhere, the energy is transferred from the raindrop to the water and goes outward from the epicenter (where the raindrop fell). The waves (circles) will continue to travel an equal distance unless there is an outside force such as wind, another object, ect. to stop the wave
A raindrop typically travels horizontally for a short distance, usually less than a few kilometers, before hitting the ground due to gravity and air resistance. The exact distance can vary based on factors like wind speed, size of the raindrop, and height from which it falls.
The duration of The Raindrop is 1.8 hours.
"Raindrop" is one word.
Master Raindrop was created in 2008.
The Raindrop was created on 2000-02-04.
water vapour in the atmosphere attracted by earth vegetation precipitated towards earth deposited on plants. Attaullah Soomro Pakistan
A raindrop would be sphere-shaped if it were floating in space or in the air, but because it does not float, but falls toward the Earth, the raindrop encounters resistance by the air. As the drop passes through the air, the relative motion of the air past the diameter of the spherical drop creates a slight vacuum at the top of the raindrop and that vacuum draws the top of the raindrop upward, creating the pear shape.
A raindrop would be sphere-shaped if it were floating in space or in the air, but because it does not float, but falls toward the Earth, the raindrop encounters resistance by the air. As the drop passes through the air, the relative motion of the air past the diameter of the spherical drop creates a slight vacuum at the top of the raindrop and that vacuum draws the top of the raindrop upward, creating the Why_are_raindrops_shaped_like_pear_instead_of_a_ballshape.