Question#1 A linear machine shown in Figure 1 below has a magnetic flux density of 0.5 T directed into the page, a resistance of 0.250, a bar length I = 1.0m and a battery voltage of 100 V. a. What is the initial force on the bar at starting? What is the initial current flow? b. What is the no-load steady-state speed of the bar? c. If the bar is loaded with a force of 25 N opposite to the direction of motion, what is the new steady-state speed? What is the efficiency of the machine under these circumstances? 0.25 a i B= 0.5 T X x _[x_ X Vg = 100 VE Im Figure 1

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Question#1
A linear machine shown in Figure 1 below has a magnetic flux density of 0.5 T directed into
the page, a resistance of 0.250, a bar length I = 1.0m and a battery
voltage of 100 V.
a. What is the initial force on the bar at starting? What is the initial current flow?
b. What is the no-load steady-state speed of the bar?
c. If the bar is loaded with a force of 25 N opposite to the direction of motion,
what is the new steady-state speed? What is the efficiency of the machine under
these circumstances?
1=0
0.25 2
B = 0.5 T
Ve = 100 V.
Im
Figure 1
Transcribed Image Text:Question#1 A linear machine shown in Figure 1 below has a magnetic flux density of 0.5 T directed into the page, a resistance of 0.250, a bar length I = 1.0m and a battery voltage of 100 V. a. What is the initial force on the bar at starting? What is the initial current flow? b. What is the no-load steady-state speed of the bar? c. If the bar is loaded with a force of 25 N opposite to the direction of motion, what is the new steady-state speed? What is the efficiency of the machine under these circumstances? 1=0 0.25 2 B = 0.5 T Ve = 100 V. Im Figure 1
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