Question

if the coefficient of friction between wood and marble is 0.6 mass of wood is 6 kg then the force of friction between the wood and the horizontal marble floor will be​

Answer 1

Answer:

Given :-

• μ = 0.6
• Mass = 6 kg

To Find :-

Force of friction

Solution :-

$\sf F_s$ = μmg

• F is the Frictional Force
• μ is the Coefficient of friction
• M is the Mass
• G is the Acceleration due to gravity

$\sf F_s \: = 0.6 \times 6 \times 10$

$\sf F_s = 0.6 \times 60$

$\frak \red{ F_s = 36 \: N}$

Answer 2

Given

• μ = 0.6
• Mass = 6 kg

To Find

• Frictional force between the wood and the marble

Solution

☯ Fₛ = μmg

• Where g is the gravitational acceleration

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✭ According to the Question :

➞ Fₛ = μmg

• Fₛ = Frictional Force = ?
• μ = static Friction = 0.6
• m = Mass = 6 kg
• g = Gravitational Acceleration = 10 m/s²

➞ Fₛ = 0.6 × 6 × 10

➞ Fₛ = 6 × 6

➞ Fₛ = 36 N

∴ Frictional force on the block is 36 N