To find out forward force of a ship

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The mass of the ship is 15,000 kg, and the force of friction is 12,000 N with an acceleration of 2 m/s². The resultant force is calculated as 30,000 N using the equation F = m × a. To find the forward force, it is necessary to consider the frictional force acting in the opposite direction. The forward force can be determined by subtracting the frictional force from the resultant force. Understanding these forces is crucial for accurately calculating the forward force acting on the ship.
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Homework Statement


the mass of a ship is 15000kg. force of friction is 12000n acceleration is 2m/s2. find resultant force and thn the forward force


Homework Equations


resultant force = mxacc
15000x2=30000


The Attempt at a Solution



unable to calculate the forward force but think it must involve the 12000n
 
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paddygills said:
unable to calculate the forward force but think it must involve the 12000n

You will have the forward force acting one way and the frictional force acting in the opposite direction. The sum of these two forces (taking direction into account) will give you the resultant force (which you calculated already).
 

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