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What else can I help you with?
What does terminal velocity depend on?
Gravity and air resistence.
Does a piece of 1 inch yarn and a marble fall at the same speed?
In a vacuum sealed room, yes, they can. If not, then without properly balanced air resistence, no. The only reason objects fall at different speeds is because of air resistence/terminal velocity, things of that nature. When dealing with air, and etc... if you want them to fall at the same speed, they have to have the same air resistence (a combination of space taken up, and mass.) So yes, they could fall at the same speed, but the yarn would probably have to be coiled extremely tightly.
What would be the most affected by air resistence when falling?
A feather.
What do you use to see if all object fall at the same speed?
yes, all the objects fall at same speed if we neglect air resistence but they appear to be falling at different speeds due to air resistence.
Forces that act upon cars are?
Gravity, Air resistence, friction and the push from the floor/table
What does air resistence depend on?
Air resistance depends on the velocity of the moving object.
Why do goldfish jump out of bowls?
because the air provides less resistence compared to water. dolphins do it aswellBecause they can!
What effects does air resistance have on speed?
The air resistence have on air is for example when your are riding a bike, the air is pushin against you, so the air resistence is holding you back in speed. That's why when you see birds flying in the air, you see them flying in a triangle formation, they do that so the air resistence can fly past them easier.
What is velocity at which a falling object travels when the force of air resistence matches exactly the downward force of gravity?
terminal velocity
Will rain falling at Milton Keynes reach the Thames?
No because of the air resistence
Atv racers cut front finders?
less air resistence and on big jumps it helps level out the quad so air doesnt catch the front fenders
What can air resistence do?
Offers a force opposed to motion, amount (newtons) is derived from: (Velocity 2 * drag coefficient) + rolling resistance
