That would be 2 shapes counting the top ball... The actual pole would be a Cylinder The ball on top would be a Sphere
The answer is 30m. Lets assume that the ball is dropped from a height of h. The ball will come down and go up, so in the first bounce it covers h+h/2 distance. The second bounce, it is h/2+h/4, the third it will be h/4+h/8 and so on. The total distance covered would thus be h+h/2+h/2+h/4+h/4+h/8+h/8+........... = h+h+h/2+h/4+h/8+........... (summing up adjacent values in pairs) = 2h+h*(1/2+1/4+1/8+.............) = 3h (by the geometric series formula, 1/2+1/4+1/8+.....=1) Hence taking, h=10m in this case, the answer would be 10*3= 30m
A bloom ball is a big ball that needs to be sucked
A ball has no faces, that is y it has no edges and no
ball + book = 3.5 book + mug = 6.5 mug + ball = 6.5 adding that all up gives us: ball + book + book +mug + mug + ball = 3.5 + 6.5 + 6.5 2*ball + 2*book + 2*mug = 16.5 2*(ball+book+mug) = 16.5 ball+book+mug = 8.25 Answer: 8.25
Bouncing ball was created in 1925.
The onomatopoeia for a ball bouncing is "boing" or "bounce."
Heat.
It's because the surface area of a bouncing ball is more and it is thickly elastic
No
The mass of a small bouncing ball can vary depending on the specific size and material of the ball. Generally, small bouncing balls used for recreational purposes like playing catch or bouncing games have a mass ranging from a few grams to a few ounces.
The boy enjoyed bouncing the ball up and down.
bouncing the ball at room temperature, before heating or freezing it, and then measuring the height of the bounce.
A bouncing ball on the moon would bounce higher and for a longer period of time compared to a bouncing ball on Earth due to the moon's lower gravity. The reduced gravitational force on the moon allows objects to accelerate more slowly towards the surface, resulting in higher bounces with less energy loss.
Dribbling.
9 g
A bouncing ball.