2000 kg box on a frictionless floor
Yes, in a frictionless environment, there is no force opposing motion, so objects will continue to move at a constant velocity unless acted upon by an external force. This means that less force is required to maintain or change an object's motion on a frictionless floor compared to a floor with friction.
By having a force act on that person.
When a person jumps on a cemented floor, the impact force is greater because the cemented floor is harder and less forgiving compared to a muddy floor. The muddy floor has a softer surface that absorbs more of the impact force, reducing the strain on the person's body.
Just run and jump on all of the copies of her and she is the last person on the second floor.
To jump, you need the force of your leg muscles pushing off of the floor to move you into the air. Without bending your knees, you can't use your leg muscles.
The type of floor affects your jump because some floor are made of things that absorb your jumping energy and some floors don't. Hope it helps JustKenda
No you cannot jump into a person because humans are solid.
The ball rolled to a stop because the opposing force of friction stopped the ball. If the floor had been frictionless, it would have continued without stopping or even slowing.
One jump - two jumps
run on the first floor untill you get under the man with the big head; then,you jump to the wavy looking thing, after that you jump to the bird then finally to the eye!then theres one more floor; like the first floor but dont just jump up jump twards the rope then climb up!sorry i dont know how to get past the next part yet im still trying to figure out how to do that! but WHEN i pass it ill update this and let you know!DON'T FOR GET TO TAKE YOUR TIME!!!
You jump straight up in the air