A very long straight wire carries 3.0 A current. A small, 4.0 cm by 5.0 cm square wire loop carrying 2.0 A current is placed next to a long wire such that the 4.0 cm long side is parallel to it and one side is 2.0 cm away. What is the magnitude of the force experienced by the square loop?

## A very long straight wire carries 3.0 A current. A small, 4.0 cm by 5.0 cm square wire loop carrying 2.0 A current is placed next to a long wire such that the 4.0 cm long side is parallel to it and one side is 2.0 cm away. What is the magnitude of the force experienced by the square loop?

info@checkyourstudy.com A very long straight wire carries 3.0 A current. … Read More...
The frame below supports the IEA sign that weight 600 Ib. The sign is connected to the frame by cables at joints E and D . (a) Determine the support reactions at A and F . (b) Determine all the force acting on member CEF.

## The frame below supports the IEA sign that weight 600 Ib. The sign is connected to the frame by cables at joints E and D . (a) Determine the support reactions at A and F . (b) Determine all the force acting on member CEF.

The frame below supports the IEA sign that weight 600 … Read More...
The pipe is supported at its ends by a cord AB. The cord exerts a force F of on the pipe at A. Given that F = 12 Ib , express this force as a Cartesian vector

## The pipe is supported at its ends by a cord AB. The cord exerts a force F of on the pipe at A. Given that F = 12 Ib , express this force as a Cartesian vector

referring to the diagram below a) Express the force vector F1 in cartesian vector form b) determine the magnitude of the force F2 along the line of action of force F1

## referring to the diagram below a) Express the force vector F1 in cartesian vector form b) determine the magnitude of the force F2 along the line of action of force F1

For the 50-kg package, find (a) the force in cable OC and the force in each spring OA and spring OB. Then find (b) the stretch in each spring. Both springs have an unstretched length of 2 m and a spring constant of k = 500 N/m. (Hint: Fsp = k(x))

## For the 50-kg package, find (a) the force in cable OC and the force in each spring OA and spring OB. Then find (b) the stretch in each spring. Both springs have an unstretched length of 2 m and a spring constant of k = 500 N/m. (Hint: Fsp = k(x))

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8.[ Book Section 8.2] Two infinitely long parallel wires are separated by a distance of 10cm. If the wires carry 25A in opposite directions, calculate the force on the wires. (Side note: Watch the video for a demo of the forces between shorter wires: https://youtu.be/X4dXXnUMHbQ?t=14m)