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What is the upward force that works against gravity?
Any upward force works against gravity,since they act in opposite directions.
What force of a water molecule works against evaporation but works for condensation?
This is a lower kinetic energy.
What is the cause of the pressure that works against gravity in a nebula?
My VIGINA
What is 1 force that buoyant works against?
the force of gravity
Why does the speed of a ball thrown against gravity decrease?
The speed of a ball thrown against gravity decreases because gravity acts in the opposite direction of the ball's motion, slowing it down. As the ball goes higher, it loses kinetic energy as it works against gravity, causing its speed to decrease until it reaches its peak and falls back down.
How muscle system helps body against gravity?
It works to keep us upright, against the pull of gravity by using postural muscles.
What is the force that works against buoyancy?
The force that works against buoyancy is gravity. Gravity pulls objects downward, while buoyancy pushes objects upward in a fluid. When an object is less dense than the fluid it is in, buoyancy force can overcome gravity and make the object float.
What force works against gravity as water infiltrates the soul and moves underground?
Capillary action is the force that works against gravity as water infiltrates the soil and moves underground. This force allows water to move upwards through small spaces in the soil against the pull of gravity.
What force works against gravity as water infertilizes the soil and moves underground?
Capillary action is the force that works against gravity as water infiltrates the soil and moves underground. This process involves the movement of water through tiny spaces in the soil due to cohesion and adhesion forces, allowing water to move upward against the force of gravity.
Why do you need a push to go up in a swing?
A push is needed to go up in a swing because it provides the initial kinetic energy required to overcome gravity and gain height. When you push, you increase the swing's speed, allowing it to convert that kinetic energy into potential energy as it rises. Gravity then works to pull the swing back down, creating a back-and-forth motion. Without the initial push, the swing would not have enough energy to ascend.
True or false does potential energy depends on height is gravitational potential energy?
It is true that an object has more potential energy as it is raised higher. ?As the object falls from a height, the force of gravity will convert the potential energy into kinetic energy. ?The further it falls, the more kinetic energy will be gained. ?Conversely, the higher an object is raised, the more potential energy it has.This follows the equation? work = force x distance that force movesTherefore, the higher an object is, the greater the distance that the force of gravity will move as it accelerates the object while it falls. ?As it approaches the ground, it will have lost all potential energy but it will have kinetic energy of the same amount.Important note: ?The discussion about all potential energy being converted to kinetic energy above ignores air resistance. ?In the real world, air applies a frictional force on a body and will have the effect of slowing the object. ?Therefore, some of the potential energy will actually be turned to heat rather than ?kinetic energy. ?Most school physics questions will also ignore resistance due to air and therefore the description above works perfectly well for almost every question that will be seen.
Is the following sentence true or false the greater the height of an object the greater its gravitational potential energy.?
It is true that an object has more potential energy as it is raised higher. ?As the object falls from a height, the force of gravity will convert the potential energy into kinetic energy. ?The further it falls, the more kinetic energy will be gained. ?Conversely, the higher an object is raised, the more potential energy it has.This follows the equation? work = force x distance that force movesTherefore, the higher an object is, the greater the distance that the force of gravity will move as it accelerates the object while it falls. ?As it approaches the ground, it will have lost all potential energy but it will have kinetic energy of the same amount.Important note: ?The discussion about all potential energy being converted to kinetic energy above ignores air resistance. ?In the real world, air applies a frictional force on a body and will have the effect of slowing the object. ?Therefore, some of the potential energy will actually be turned to heat rather than ?kinetic energy. ?Most school physics questions will also ignore resistance due to air and therefore the description above works perfectly well for almost every question that will be seen.
