• A 3.0 kg block of wood sits on a horizontal wooden floor. The larges force that can be applied before it starts moving is 14.7 N. Once the block starts moving, you only need 8.8N to keep it moving. • What is the coefficient of static friction? • What is the force of friction acting on the block if you push with a force of 6.8N [E]? Calculate the max static friction if you place a 2.1 kg on top of it • What is the kinetic coefficient of friction?
• A 3.0 kg block of wood sits on a horizontal wooden floor. The larges force that can be applied before it starts moving is 14.7 N. Once the block starts moving, you only need 8.8N to keep it moving. • What is the coefficient of static friction? • What is the force of friction acting on the block if you push with a force of 6.8N [E]? Calculate the max static friction if you place a 2.1 kg on top of it • What is the kinetic coefficient of friction?
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![equivalent to the English m)
• A 3.0 kg block of wood sits on a horizontal wooden floor. The larges force that
can be applied before it starts moving is 14.7 N. Once the block starts moving,
you only need 8.8N to keep it moving.
• What is the coefficient of static friction?
• What is the force of friction acting on the block if you push with a force of 6.8N [E]?
Calculate the max static friction if you place a 2.1 kg on top of it
• What is the kinetic coefficient of friction?
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Transcribed Image Text:equivalent to the English m)
• A 3.0 kg block of wood sits on a horizontal wooden floor. The larges force that
can be applied before it starts moving is 14.7 N. Once the block starts moving,
you only need 8.8N to keep it moving.
• What is the coefficient of static friction?
• What is the force of friction acting on the block if you push with a force of 6.8N [E]?
Calculate the max static friction if you place a 2.1 kg on top of it
• What is the kinetic coefficient of friction?
vorewe

Transcribed Image Text:Coefficient of Friction
The ratio of the force of friction to the normal force.
FK
HK
FN
Fs
Us =
FN
%3D
It is represented by the Greek symbol u (which is "mu" or
equivalent to the English m)
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