No, it would hit slower because gravity on the moon is 1/6 the gravity on earth.
They will land at the same time, since the acceleration due to gravity is exactly the same for any object of any mass on Earth, at approximately 9.8 m.s-2
The plane and every object on Earth is moving relative to the the planet, we just don't notice. When the plane is travelling against the motion of the Earth's spin, it seems like it is travelling forwards, but from space it can be seen that it is travelling backwards.
the earthing mat on the earth
It depends on how far they've been falling and how they started falling. A bullet shot out of a gun aimed straight downward will travel faster than a ball dropped from the same height. And the speed will not remain constant. It will accelarate at a rate of 32 ft/sec2 until it reaches a terminal velocity due to friction. In other words, it will get faster as it gets closer to the earth.
If it has a mass of 72 kg, then its weight on earth is 705.6 newtons (about 158.7 pounds). Its size, shape, color, fabric, contents, or the pressure it exerts on the ground don't matter. Consider this: If you set the suitcase down on its bottom, on one side, or on one end, its pressure on the ground would be different in each case, but its weight would not change.
objects dropped exactly at the same moment will hit the ground (on earth) at exactly the same moment.
No, a feather and a nail would not reach the ground at the same time if dropped at the same height in a vacuum. This is because the feather experiences more air resistance, slowing its fall compared to the nail which falls faster due to its higher mass.
As long as the barrel is precisely level with the ground, gravity will pull them to the Earth at the same rate.
If a penny and a text book were dropped in a vacuum then they will both hit the ground at the same time. This refers to Newton's laws. If they are dropped at the same time on earth then the text book would hit the ground first.
The hammer would fall faster than the feather due to gravity, regardless of air resistance. In the absence of air resistance, both would hit the ground at the same time in a vacuum, as demonstrated in a vacuum chamber experiment on the Moon by astronaut David Scott in 1971.
Because they were so strong, those would break the earth crust.
If the same objects are dropped under different gravitational conditions, they will fall at different rates depending on the strength of the gravitational force. For example, objects will fall faster when dropped on Earth compared to the Moon due to Earth's stronger gravitational pull. The acceleration due to gravity, as well as the resulting speed and impact when the object hits the ground, will vary based on the gravitational conditions.
No. The speed of the moon's orbit does not depend on Earth's spin; it depends on Earth's mass. However, a faster spin on Earth's part would make the moon appear to move across the sky faster, as it would for the sun and stars.
No.
The force that pulls a ball to the ground after being dropped is gravity. Gravity is the natural force of attraction between two objects with mass, in this case, the ball and the Earth.
Objects fall to the ground when dropped due to the force of gravity pulling them downwards. Gravity is a natural force that attracts all objects with mass towards each other, causing things to fall towards the center of the Earth.
The stone will accelerate towards the Earth due to gravity until it reaches its terminal velocity. Upon impact with the Earth's surface, the stone will experience a sudden deceleration and come to a stop.