An engineer wants to wind 10 turns of wire on a cylindrical rod. He/she measures the diameter of the rod to calculate using a micrometer to estimate the needed wire length. If the reading of the diameter is given in figure, calculate the required wire for 10 turns. ,2 3. 4 '5 6 8 9 10 Least significant bit= 0.05 mm, and zero error is 0. (Hint: 1 = 3, the length of the cylindrical bar is enough, and the windings do not overlap) A. 91.1 mm wire B. 83.7 mm wire C. 52.1 mm wire D. 62.4 mm wire E. 56.3 mm wire
An engineer wants to wind 10 turns of wire on a cylindrical rod. He/she measures the diameter of the rod to calculate using a micrometer to estimate the needed wire length. If the reading of the diameter is given in figure, calculate the required wire for 10 turns. ,2 3. 4 '5 6 8 9 10 Least significant bit= 0.05 mm, and zero error is 0. (Hint: 1 = 3, the length of the cylindrical bar is enough, and the windings do not overlap) A. 91.1 mm wire B. 83.7 mm wire C. 52.1 mm wire D. 62.4 mm wire E. 56.3 mm wire
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Transcribed Image Text:An engineer wants to wind 10 turns of wire on a cylindrical rod. He/she measures the
diameter of the rod to calculate using a micrometer to estimate the needed wire length. If the
reading of the diameter is given in figure, calculate the required wire for 10 turns.
1
2
3
4
1 2 3 4 '5 6 7 8 9 10
Least significant bit= 0.05 mm, and zero error is 0.
(Hint: 1 = 3, the length of the cylindrical bar is enough, and the windings do not overlap)
A. 91.1 mm wire
B. 83.7 mm wire
C. 52.1 mm wire
D. 62.4 mm wire
E. 56.3 mm wire
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