Assuming body mass of m, your weight would be Q = mg.
Force due to that much acceleration would be
F = 34100mg,
and it would have to be completely countered by force of friction:
T = fQ = fmg.
Comparing the two equations:
f = 34100 which is an astronomical number and no combination of surface materials can ever achieve that.
Assumed acceleration of 34100 G is ridiculous at best, not even bolting the body to surface would hold it - assuming body mass of 100 kg, the experienced force of inertia would be in order of 3 500 000 kG.
Unfortunately 0.40g is not a unit of acceleration, but a unit of mass. Units of acceleration should be in meters per second (m/s).
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Assuming constant coefficient of kinetic friction, and ignoring air resistance and relativistic effects,acceleration is proportional to net force.Increasing magnitude of net force by a factor of 7.6 causes magnitude of accelerationto increase by a factor of 7.6.
Friction pushes against the direction of movement, so it would be pushing East.
Both. Suppose you want to move something over the ground. If it becomes heavier then it will be subject to more friction on account of gravity. If it's lower surface becomes rougher then again, it will be subject to more friction. The force pressing two surfaces together and the roughness of the two surfaces act together to produce friction.
Friction is suppose to slow down things and yes it can. HOW DOES: both 2 surfaces collide with each other, causing heat. Heat will slow down the object by "meeting" with the 2 surfaces. I hope I helped :)
Yes, its suppose to be ft and smooth, not any friction.
I suppose that it is a part of friction between two continental plates.
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Assuming constant coefficient of kinetic friction, and ignoring air resistance and relativistic effects,acceleration is proportional to net force.Increasing magnitude of net force by a factor of 7.6 causes magnitude of accelerationto increase by a factor of 7.6.
Friction pushes against the direction of movement, so it would be pushing East.
Basically, you reach for a book in the library with your hand. So i suppose the two ways are; 'standing on the floor' or 'standing on a ladder' if the book is on a high shelf.
I suppose the forces may crush the object, but they won't move it.
As the baby gains weight, smartphone prices tend to increase. (Apex)
Both. Suppose you want to move something over the ground. If it becomes heavier then it will be subject to more friction on account of gravity. If it's lower surface becomes rougher then again, it will be subject to more friction. The force pressing two surfaces together and the roughness of the two surfaces act together to produce friction.
Friction is suppose to slow down things and yes it can. HOW DOES: both 2 surfaces collide with each other, causing heat. Heat will slow down the object by "meeting" with the 2 surfaces. I hope I helped :)
"magnetic" "levitation" A cute way to make trains float - thus reducing rolling friction, but NOT air friction.