using horizontal force of 200 Newton we insted to move a wooden cabin across a fall at a constant velocity what is the friction for that will be exorted on the cabin
The cabinet will move with constant velocity only when the net force on it is zero. Therefore, the force of friction on the cabinet = 200 N, in a direction opposite to the direction of motion of the cabinet.Step 1: Given data
Horizontal applied force is
Step 2: To find
We have to find the friction force that will be exerted on the cabinet.
Step 3: Calculation
For an item to travel with constant velocity, its net external force must've been equivalent to zero.
The total force on the body
The total force will be force applied and friction.
Thus,
By substituting the values,
Therefore, the friction force that will be exerted on the cabinet is (negative sign denoted the opposite direction).
To determine the friction force exerted on the wooden cabin, we need to know the coefficient of friction between the cabin and the surface it is being moved across. The coefficient of friction is a dimensionless value that represents the interaction between two surfaces in contact.
Assuming we have the coefficient of friction (let's denote it as "μ"), we can calculate the friction force using the formula:
Friction force = Coefficient of friction * Normal force
The normal force is the force exerted by the surface on the cabin perpendicular to the surface. In this case, since the cabin is being moved horizontally at a constant velocity, the normal force is equal in magnitude and opposite in direction to the vertical force due to gravity acting on the cabin.
However, without information about the weight of the cabin or any other specifics, we cannot determine the exact normal force or the value of the friction force. Additionally, the coefficient of friction depends on the nature of the surfaces in contact, which also requires specific information.
In summary, to calculate the friction force exerted on the cabin, we need the coefficient of friction and the weight of the cabin or any information that allows us to determine the normal force.
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Answer:
The cabinet will move with constant velocity only when the net force on it is zero. Therefore, the force of friction on the cabinet = 200 N, in a direction opposite to the direction of motion of the cabinet.Step 1: Given data
Horizontal applied force is
Step 2: To find
We have to find the friction force that will be exerted on the cabinet.
Step 3: Calculation
For an item to travel with constant velocity, its net external force must've been equivalent to zero.
The total force on the body
The total force will be force applied and friction.
Thus,
By substituting the values,
Therefore, the friction force that will be exerted on the cabinet is (negative sign denoted the opposite direction).
Answer:
To determine the friction force exerted on the wooden cabin, we need to know the coefficient of friction between the cabin and the surface it is being moved across. The coefficient of friction is a dimensionless value that represents the interaction between two surfaces in contact.
Assuming we have the coefficient of friction (let's denote it as "μ"), we can calculate the friction force using the formula:
Friction force = Coefficient of friction * Normal force
The normal force is the force exerted by the surface on the cabin perpendicular to the surface. In this case, since the cabin is being moved horizontally at a constant velocity, the normal force is equal in magnitude and opposite in direction to the vertical force due to gravity acting on the cabin.
However, without information about the weight of the cabin or any other specifics, we cannot determine the exact normal force or the value of the friction force. Additionally, the coefficient of friction depends on the nature of the surfaces in contact, which also requires specific information.
In summary, to calculate the friction force exerted on the cabin, we need the coefficient of friction and the weight of the cabin or any information that allows us to determine the normal force.