The answer is based on Galilean interial frames. If you are standing on a (non-accelerating) platform moving at a constant velocity, it is physically identical to standing on a still, non-moving platform. The sum of the forces acting on you (remember force = mass x acceleration) is the same in both cases.
The first law of Newton, known as the law of inertia, states that an object will remain at rest or in uniform motion unless acted upon by an external force. In other words, an object will not change its state of motion unless a force is applied to it.
The fall of the bungee jump was precipitous. This is an example sentence of precipitous.
Fleas usually jump around 13.2 cm, but they can jump up to 20 cm in exceptional cases. This ability helps them survive and thrive by quickly moving through their environment.
Yes, because elephants are able to get up from lying down if they fall down, and are also able to sit down and get up. What an elephant uniquely cannot do is jump up. They can jump down, or fall, but not leap into the air.
When you jump in the air, you already have the same momentum as the spot you jumped from because you and the earth are moving together. The Earth's rotation doesn't affect your jump because the atmosphere moves along with the Earth as well.
its a matter of common sense. a moving object and speed would equal a nasty fall and lack of control when falling
You fall when you jump from a moving vehicle because you get the moving vehicle speed and immediately you have your feet on a stable ground and you have either to stop all of sudden or to run at the vehicle speed (that is higher than your capacity) .
Jump Then Fall was created in 2008.
If an elevator is falling and you jump inside, you will still be moving at the same speed as the elevator. Jumping will not change the outcome of the fall. It is safer to brace yourself and try to protect your head and body during the fall.
While you are moving, jump (wile moving). Once you land jump again (still moving same direction). Jump one more time exactly as you land (while moving in the same direction) to do the triple jump and get a little higher.
As you jump over an object, your position changes relative to the object below you. Initially, your position is close to the object, then it rises as you jump over it, reaching a peak at the highest point of your jump, and then descends as you land on the other side of the object.
In a physics sense, your moving body has a certain kinetic energy. If you bring it to a stop, you will have to dissipate that energy by tumbling, braking, deforming. (ouch!) You may not be able to do this safely.
most likely if you are moving fast you will role the opposite direction that the car is moving. but the best bet is to never jump out of a moving car.
Press on dash and jump while moving.
the volcano is on the Fire planet (X-83 Y-20). To reach it, jump across the stones on top of the lava geysers. When you reach the last jump, jump when both the 5th and 6th rocks are moving down, and the rock will fall right under you.
For your first five jumps on the geyser rocks, you jump when the next rock is lower. But for the 5th to 6th rocks, jump when both rocks are moving downward. The rock should fall right under you.
all i can say jump jump that how i reach it :)