Question

A linear machine shown below in figs. 5 (but shown here running as a motor here) and refp158j has the following specifications: $B = 2T$, $l = 0.5m$, $V_T = 6V$, and $R = 0.05\Omega$. The bar is being pulled to the right with a force of $f_{pull} = 2N$. Determine the speed, the power delivered to the battery, the power dissipated to heat in $R_A$ and the efficiency associated with charging the battery as a generator.

Name: A linear machine shown below in figs. 5 (but shown here running as a motor here) and refp158j has the following specifications: B = 2T, l = 0.5m, VT = 6V, and R = 0.05Ω. The bar is being pulled to the right with a force of fpull = 2N. Determine the speed, the power delivered to the battery, the power dissipated to heat in RA and the efficiency associated with charging the battery as a generator.
Uploaded: 2023-10-07T23:14:09-08:00
Duration: 3 min 26 s
Channel: Adi S
Description: A linear machine shown below in figs. 5 (but shown here running as a motor here) and refp158j has the following specifications: B = 2T, l = 0.5m, VT = 6V, and R = 0.05Ω. The bar is being pulled to the right with a force of fpull = 2N. Determine the speed, the power delivered to the battery, the power dissipated to heat in RA and the efficiency associated with charging the battery as a generator.

          A linear machine shown below in figs. 5 (but shown here running as a motor here) and refp158j has the following specifications: $B = 2T$, $l = 0.5m$, $V_T = 6V$, and $R = 0.05\Omega$. The bar is being pulled to the right with a force of $f_{pull} = 2N$. Determine the speed, the power delivered to the battery, the power dissipated to heat in $R_A$ and the efficiency associated with charging the battery as a generator.

A linear machine shown below in figs. 5 (but shown here running as a motor here) and refp158j has the following specifications: B = 2T, l = 0.5m, VT = 6V, and R = 0.05Ω. The bar is being pulled to the right with a force of fpull = 2N. Determine the speed, the power delivered to the battery, the power dissipated to heat in RA and the efficiency associated with charging the battery as a generator.

Added by Regina R.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

10/07/2023

Step 1

Since the bar is being pulled to the right, the force is equal to the force applied minus the force due to the magnetic field. So, F = fpul - B*l*I. Show more…

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Electrical Engineering. Please show all the steps and write out equation solutions. Thank you! A linear machine shown below in figs. 5 (but shown here running as a motor here) and refp158j has the following specifications: B = 2T, l = 0.5m, Vr = 6V, and R = 0.05. The bar is being pulled to the right with a force of fpul = 2N. Determine the speed, the power delivered to the battery, the power dissipated to heat in Ra and the efficiency associated with charging the battery as a generator. B field directed into page X X X RA X X X X X X X Rails X X X X X X Sliding bar X Figure 4: Problem 5a. t=0 RA + VT Figure 5: Problem 5b.