Yes. The only thing that can affect the speed of either object is air resistance. If there's none,
or if it's very small, then they fall with the same acceleration and land at the same time with
the same speed, no matter what their masses are.
A large amount of air resistnce with only a small increase in mass is introduced when a parachute is used. A parachute would be totally ineffective on the moon (no atmosphere, so no resistance)
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It's about 25-30 percent land.
greek geometria means the measurement of earth or land from ge "earth, land" and metria "to measure."
It means land or earth measurement.
2 land and water
Because it didnt fell like being in the same place. lol
No
In a vacuum, they always land at the same time. In air, it's not so much the weight but the air resistance. If the shape and density are about the same, then the difference in weight doesn't make any difference.
earth has a spherical shape a vast land...moon which has craters..
Antarctica is not different from Earth; Antarctica is part of the Earth, the fifth largest of seven continents that make up the land mass of the planet.
they fall at the same rate regardless of their mass Maryann Saba
They would land in the same order in which I dropped them. If I dropped them all at the same instant,then they would all land at the same instant. The same can be said for a truck, a cinder block, and a hair.
Till.
"Paleo" refers to a time span in Earth's history while "Mississippian" refers to an area of land on the Earth.
A horst is formed from extension of the Earth's crust. The raised block is a portion of the crust that generally remains stationary or is uplifted while the land has dropped on either side.
A large proportion of Earth's surface water was in the form of ice and so sea levels dropped significantly.
If they are dropped in a totally controlled manner then they would land in the same spot. However, if dropped by hand, there will be minor differences in the positions of the hand which will affect the outcomes.