Please answer just E4 and E5 **Work, Force, and Distance Problems****E1:** A horizontally directed force of 25.0 N is used to pull a box a distance of 1.5 m across a tabletop. How much work is done by the 25.0-N force?**E2:** A woman does 230.0 J of work to move a table 1.6 m across the floor. What is the magnitude of the force that the woman applied to the table if this force is applied in the horizontal direction?**E3:** A force of 85.0 N used to push a chair across a room does 395.0 J of work. How far does the chair move in this process?**E4:** A rope applies a horizontal force of 280.0 N to pull a crate a distance of 2.2 m across the floor. A frictional force of 55.0 N opposes this motion. What is the work done by the force applied by the rope?- **What is the work done by the frictional force?**- **What is the total work done on the crate?****E5:** A force of 130 N is used to drag a crate 4 m across a floor. The force is directed at an angle upward from the crate so that the vertical component of the force is 120 N and the horizontal component is 50 N, as shown in the diagram.- **What is the work done by the horizontal component of the force?**- **What is the work done by the vertical component of the force?**- **What is the total work done by the 130-N force?****Graph/Diagram Description:**The diagram associated with E5 illustrates a force vector separated into its vertical component (120 N) and horizontal component (50 N). The vector angle is not specified, but the depiction shows how the overall force vector divides into these components acting on the crate.

The work done by the force on the object is given by W = F S Cos(θ) Where F = Force on the object, S…

Answered: E4.A rope applies a horizontal force of…

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