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SherlockIsReal
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You need to post an attempt, as per forum rules.SherlockIsReal said:New question! Please and thank you!
Two tug boats are towing a large boat, of mass 22500 kg, back to shore. Tug boat 1 is pulling with a force of 5500 N at an angle of 35◦ north of the forward motion (similar to Worked Example 2) and tug boat 2 is pulling with a force of 4907.8 N at an angle 40◦ south of the forward motion. If the large boat is being pulled with constant velocity, and there is a resistive force to the motion, then what size is the resistive force?
That is clearly much too large. You seem to have an extra digit in there.meggie10 said:82964.923 N
Force tension is the pulling force that is applied on an object, while force resistance is the opposing force that pushes back against the applied force. In other words, tension is the force that stretches or elongates an object, while resistance is the force that tries to keep the object from being stretched.
Force tension and force resistance can both have an impact on the shape, movement, and stability of an object. Tension can cause an object to stretch or deform, while resistance can prevent the object from changing its shape. Both forces can also affect the speed and direction of an object's movement.
The amount of force tension and force resistance can be affected by factors such as the material and size of the object, the magnitude and direction of the applied force, and the environment in which the object is located. For example, a larger and heavier object will typically have a greater resistance to force tension compared to a smaller and lighter object.
Force tension and force resistance are both measured in units of force, such as newtons or pounds. These forces can be measured using tools such as a spring scale or a force meter, which can apply and measure the amount of force being exerted on an object.
Force tension and force resistance can be manipulated by changing the magnitude and direction of the applied force, as well as altering the properties of the object itself. For example, increasing the strength of an object can increase its resistance to force tension, while changing the angle of the applied force can affect the amount of tension and resistance experienced by the object.