Want this question answered?
The gravity from Earth pulls it down, thus changing its direction.The gravity from Earth pulls it down, thus changing its direction.The gravity from Earth pulls it down, thus changing its direction.The gravity from Earth pulls it down, thus changing its direction.
Straight across
It matters where you are and how far down you went in the earth. The soil can be cold, yet it is only when snowing somewhere in the United States Of America or anywhere else cold. The soil can be hot if you go 500 miles under ground.
You bring it straight down.
Vertical
no it is not. the earth is straight up and down. so is the sun.
beat the pokemon league then go to snowpoint city. go to the gym and then travel straight down and somewhere aroung there will be a ship. then u can travel to and island that has the hoen kanto and johto region pokemon.
I can narrow it down to somewhere on the planet Earth. Hope that helped.
No earth's axis is tilted, this tilt shifts over time.
Then we wouldn't have any seasons.
There is no such thing as straight up and down in space. We, living on Earth, say that something might be straight up and down, but we are relating that to Earth's gravity. If you're in space, what is 'up'? Towards the Earth? Towards the Sun? Or towards somethig else? And that 'something else' might vary from time to time.
It can take off and land straight up and down, and it can hover in one place.
you cant moron there's no gravity in space there for you can not drop something down to earth from space.
The gravity from Earth pulls it down, thus changing its direction.The gravity from Earth pulls it down, thus changing its direction.The gravity from Earth pulls it down, thus changing its direction.The gravity from Earth pulls it down, thus changing its direction.
That would depend on which angle the ball is thrown at, straight up, horizontal or somewhere inbetween.
Sent down in religion like, is a way of saying being brought down from somewhere higher than you. Ex.:Jesus being sent down from Heaven onto Earth.
No! The Earth we stand on is rotating, and if a rocket were to launch straight up and come right back down the Earth would have rotated to the right and the space craft would land to the west of the launch pad.