Objects that go up and come back down are influenced by gravity. Gravity is the force that pulls objects back towards the Earth when they are lifted up and opposing forces such as air resistance or friction can also play a role in the object's motion.
The skier going up the hill gains potential energy due to its height increase, which is stored energy that can be released when the skier goes back down the hill. As the skier goes down the hill, the potential energy is converted into kinetic energy, which is the energy of motion.
Yes, due to the force of gravity, all objects that are thrown or lifted upwards will eventually come back down to the ground. The speed at which they fall will depend on factors such as air resistance and the object's weight.
A seesaw is a back-and-forth motion, where one end goes up while the other end goes down and vice versa, creating a reciprocal movement.
Objects that go up always come down due to gravity, which is the force that brings objects back towards the Earth's surface. When something is thrown upwards, gravity acts as a constant force pulling it back down until it reaches the ground. This phenomenon is known as projectile motion.
Yes, typically something that goes up must come down due to the force of gravity.
a wheel barrow
This is not a law. This is a statement indicating the action of gravity. Gas bubbles move upwards when released under water, and don't come back down. But these gases don't leave the Earth. Helium goes up, and doesn't come back down. But it doesn't leave the Earth. Hydrogen goes up, and the thermal energy available far up in the atmosphere will allow some hydrogen to reach escape velocity. Once hydrogen escapes, it will not come back down. Several spacecraft have gone up and are never expected to come back down. There was a manhole cover over the bore where underground atomic testing was occuring. That manhole cover went up, and had it not vaporized in our atmosphere, it would never have come back down. So, "hydrogen goes up, and some of it never comes back down". reply: mmmm, not very satisfactory im afraid,good effort though,seems nothing truly applies to the "law" . cheers!
must come down!
Your age!
down?
Age
an umbrella
Age
your age
Your age.
Your AGE!