A perfect sphere when it is samll... not a tear drop shape. When it gets larger it flattens on the bottom and even develops an indent at a point.
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A raindrop's force is typically very small and varies depending on its size and speed. On average, a raindrop falling at terminal velocity has a force equivalent to about 0.01 Newtons.
At the center of every raindrop is a tiny speck of dust or dirt that serves as a nucleation site for water vapor to condense around. This process forms a droplet that eventually grows heavy enough to fall to the ground as rain.
Yes, raindrops can bounce when they hit a surface, especially if the surface is hard or smooth. The height of the bounce depends on factors like the speed and angle at which the raindrop hits the surface.
One raindrop can potentially be formed by the melting of thousands of snowflakes. The exact number of snowflakes making up a raindrop may vary depending on the size of the snowflakes and environmental conditions.
The shape of raindrops is determined by surface tension forces, air resistance, and gravity. As raindrops fall through the atmosphere, they start off spherical but can become distorted due to these factors, resulting in various shapes such as teardrops or flattened discs.
The average speed of a raindrop falling is around 8-10 miles per hour. However, this speed can vary depending on the size and shape of the raindrop.
i would aim for some one
"I'm just falling for you all!"
yes
the raindrop is the most fastest shape !!!! its true...i asked my tech teacherrr seriouslyyy =]
A raindrop's force is typically very small and varies depending on its size and speed. On average, a raindrop falling at terminal velocity has a force equivalent to about 0.01 Newtons.
they both create rainbows because of their spherical shape
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
Air resistance, also known as drag force, acts on a raindrop as it falls to reduce its speed. This force increases as the raindrop's speed increases, eventually balancing out the force of gravity and causing the raindrop to fall at a constant speed.
The answer to the riddle is "I am falling." The pretty raindrop is personifying itself, explaining to its siblings (the other raindrops) that it is on its way down from the sky. This reflects the natural process of rain falling, which is a common experience shared among all raindrops.
The terminal velocity of a raindrop, which is the maximum speed it can reach while falling, is typically around 20-30 miles per hour. However, factors such as wind speed, size of the raindrop, and angle of descent can all influence the speed at which a raindrop hits you.
If the raindrop is falling at a constant speed, then it has reached terminal velocity. This happens when the downward force (due to gravity) is the same as the upward force due to friction. As such the net force acting on the rain drop is 0.