Faster. You see, adding more mass to the object pulls it down faster than when it had a lesser amount. Now that you've added more mass to your car, the gravitational pull will allow it to zoom on down the ramp. Forget about driving that thing UP the ramp!
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It will go faster, just like a boy scout pine wood derby car.
you are not faster, you are slower, Sarah types 20 more words in a minute than you do.
If you are in a real world situation there are a lot of factors to consider. In theoretical situation, ignoring friction and air drag etc, if a roller with mass m rolls down a slope to a horizontal surface it will continue rolling on the horizontal surface indefinitely. The velocity attained will be affected by the distribution of mass in the roller. If most of the mass is concentrated to a small volume that is axially located then the velocity will be different from if the mass is concentrated to the outer perimeter of the roller. In the latter case of peripheral mass concentration the acceleration will be slower but more energy will be stored as rotational inertia and in a real world situation the roller will continue rolling further.
if the parachute is wider there will be more air resistance which slows things down and if there are holes the air can pass through which decreases air resistance. so the wider it is the slower it is.the lighter it is the slower it is
That depends on how fast one is traveling. At 1 mph, a mile will be covered in one hour. At 60 mph, a mile will be covered in one minute. Faster, less time. Slower, more time.
It will go faster, just like a boy scout pine wood derby car.
Yes, momentum depends on both mass and velocity. So, a slower car with a much larger mass could potentially have more momentum than a faster car with less mass.
No, increasing the mass of an object will not make it go faster. In fact, the more massive an object is, the more force is needed to accelerate it and the slower it will move.
Heavier marbles have more mass, so they have more inertia and resist acceleration more than lighter marbles. This results in slower acceleration and slower rolling speed down a slope compared to lighter marbles.
Before coming into the atmosphere, there is no reason why it would be slower. But once it hits the atmosphere, a flat or irregular shape (for the same mass) would offer more air resistance - it would slow down faster.
More friction typically makes an object go slower. Friction is a force that opposes motion and reduces the speed of an object.
faster atoms have more kinetic energy than slower atoms do.
Slower in water.
The kinetic energy of an object is given by the equation KE = 0.5 * m * v^2, where m is the mass of the object and v is its velocity. Since the kinetic energy is directly proportional to the square of the velocity, a faster object will have more kinetic energy than a slower object if they have the same mass.
Yes, sometimes and no sometimes. In the case of rotating objects the more import value is moment of inertia. An object with a higher moment of inertia will accelerate slower (roll slower comparatively for any given time after release) down an inclined plane. In the case where the marbles are of equal diameter and uniform (although different if one is to have more mass) density the heavier marble will roll slower down a slope.
A solid disk will roll faster down an incline compared to a hoop because more mass is concentrated at the center of the disk, which increases its rotational inertia and supports the rolling motion. The distribution of mass in a hoop is more spread out, leading to lower rotational inertia and a slower rolling speed.
Yes, the hotter atoms are, the faster they more.