less than.
add. Indeed, raindrops seldom exceed about 10mm diameter, for larger sizes are broken up by the velocity of their passage - in other words by skin friction.
Because of the existence of 'gravity', there are a pair of equal forces between every two specks of mass in the universe. Greater masses and smaller separations result in greater forces. These simple facts lead to the formation of galaxies, stars, and planets, and to virtually all of the motions we see, including orbits.
Pluto's force of gravity is equal to 0.58m/s2, whereas the force of gravity on Earth is 9.81m/s2. Thus, the gravity on Pluto is about 6% that of the gravity on Earth.
Being smaller, the Moon's gravity is less than that of Earth.
my theory is tht the friction between the earth and sun is equal and thus earth has a single orbit which does not change , instead the planet rotates around itself and revolves around the sun, not because of their equal friction but because of its mass being less compared to the sun.
The gravitational forces between any two masses are equal on each mass.Your weight on Earth is equal to the Earth's weight on you.
Gravity and friction. If both forces are equal, or if the friction is greater than gravity, the monkey remains on the vine. However, if gravity overcomes the force of friction, the monkey slides down the vine. none!
If the lift is greater than gravity then the airplane gains altitude.
Other things being equal, more mass will cause more gravity.
The Force of friction is equal to the coefficient of friction times the normal force. Since normal force is equal to mass times the acceleration of gravity (9.8 m/s2), the force of friction is directly proportional to the mass.
Kinetic friction is the friction that applies when an object is moving; static friction is the friction that applies when the object is not moving. Static friction must always be greater than, or equal to, kinetic friction.
Generally the release of heat as a function of speed is related to friction. That being the case, all else being equal, the greater the speed, the greater the friction and the more heat is released.
An outside force is needed. If friction comes into play (which it likely will), the magnitude of the applied force must be greater than the force of friction acting upon the object in order for the object to move. FYI, the force of friction is equal to the coefficient of static friction times the normal force (equal to the weight of the object).
I assume you mean when the acceleration of gravity stops altering the velocity of a falling object. At this point the force of air friction is equal but opposite to the force of gravity, velocity stops increasing in magnitude. This is called "terminal velocity."
Air friction and rolling resistance
Gravity, the heavier the object the more force gravity has on it, and the faster it can accell before the force of friction (from the wheels, road surface and air) equal the force of gravity till it hits is maximum speed.
No. Friction can only slow an object down. If friction were imparting a force greater than that of the applied forces, then friction in and of itself would actually be causing the object to move, which does not happen.
Waves transfer energy outward equally. Since there is no barrier to the water, when a raindrop hits the water that energy of the raindrop falling has to go somewhere, the energy is transferred from the raindrop to the water and goes outward from the epicenter (where the raindrop fell). The waves (circles) will continue to travel an equal distance unless there is an outside force such as wind, another object, ect. to stop the wave