say your already in uniform motion, if you push or pull against the direction of motion it will decelerate to zero , then accelerate in the opposite direction.
if you push or pull in the direction of motion, it will accelerate
Well both are actually the same, its basically whichever feels most comfortable for you, which is not going to be the same for everyone
which requires more energy, pulling a load, lifting, or pushing a load?
pull is way easier
Pushing and pulling forces are equivalent, as far as physics is concerned. The main differences that arise, have to do with the specific ways in which something is being pushed or pulled. If you want to pull on something by attaching a rope to it, you may need handles or U bolts or some kind of attachment hardware, although in theory you may just wrap the rope around the object in question. Pushing is often technically easier than pulling. And if you push something that is in front of you, the object that you are pushing may obstruct your vision of where you are going with it. Pulling something behind you gives you less visual obstruction. These are some of the minor details which may differ,
It is easier to lift by pulling down on the rope because then gravity is on your side. (Which also means you don't have to apply much force) I hope that helps! :)
An inclined plane is a surface that is not horizontal (level), with one end higher than the other. Pushing a broken down car is much easier and takes less effort downhill, than to push the same car uphill.
Pushing or pulling things and getting a easier way of traveling.
which requires more energy, pulling a load, lifting, or pushing a load?
pull is way easier
become ebecome easier to accelerate as it burns up fuel. asier to accelerate as it burns up fuel.
Pushing and pulling forces are equivalent, as far as physics is concerned. The main differences that arise, have to do with the specific ways in which something is being pushed or pulled. If you want to pull on something by attaching a rope to it, you may need handles or U bolts or some kind of attachment hardware, although in theory you may just wrap the rope around the object in question. Pushing is often technically easier than pulling. And if you push something that is in front of you, the object that you are pushing may obstruct your vision of where you are going with it. Pulling something behind you gives you less visual obstruction. These are some of the minor details which may differ,
Because the apple has a smaller mass than the watermelon does.
It is by all means better, and easier to change the clutch & pressure plate by pulling the transmission. Just remember to "block up your engine" before pulling the transmission.
It is easier to lift by pulling down on the rope because then gravity is on your side. (Which also means you don't have to apply much force) I hope that helps! :)
Rows are always horizontal, and columns are vertical. It's easier to remember when you think of rows of seats (like in a sports stadium) which are horizontal, and buildings have tall columns, which are vertical.
An inclined plane is a surface that is not horizontal (level), with one end higher than the other. Pushing a broken down car is much easier and takes less effort downhill, than to push the same car uphill.
To lower the board deck which makes sliding, and pushing easier. Think about it. If you had to push for miles you want a low board for easy pushing.
you step back because it's easier to push the car.