The answer depends on the incline (slope) of the slide. And, if you want a more realistic answer, a measure of the friction between the child and the slide.
slide
cylinders: slide on the small sides, roll on the round one
It will depend on the friction. A building brick - approximately a rectangular prism - does not slide easily.
translation
the 7x7 rule means theres no more then 7 bullets on a slide and no more then 7 sentences on a slide
Gravity x length of slide ,+ unknown factors of slide material
The potential energy he lost on the descent = M g H = (21.2) (9.8) (3.5) = 727.16 joulesThe kinetic energy he had at the bottom = 1/2 M V2 = (0.5) (21.2) (2.1)2 = 46.746 joulesThe missing energy = (727.16 - 46.746) = 680.414 joules caused heating of the slide and the kid's pants.
... and reached the ground!
If the child spread themselves evenly, they covered 6.06 kg/m
If the slide has no friction, then at the bottom of the slide. If it does then it's when the child is going the fastest.
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There is a switch at the bottom of the machine. To until reach it, go left until you see a slide where you can go to the bottom right. Push the giant switch until it reaches the end.
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The Information that appers on the bottom of a power point slide should be 'by ...Name...'!!!! ...... I hope....
Potential energy. Potential energy is energy due to position of an object. So as he goes down the slide the potential energy is being converted to kinetic energy until he reaches the bottom.
china
Deep ocean trenches are associated with subduction zones where an ocean plate descends into the asthenosphere. The Ocean plate is heavier than a Continental plate which causes the Ocean plate to slide beneath the Continental plate. As the Ocean plate descends, a deep ocean trench is formed.