Engineering :: Mechanical Measurements
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41. |
Pico x tera |
A. |
1 |
B. |
1000 |
C. |
100,000 |
D. |
1,000,000,000 |
Answer: Option A
Explanation:
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42. |
Under force-current analogy, displacement is considered as analogous to |
A. |
Current |
B. |
Voltage |
C. |
Induced emf |
D. |
Mutual inductance |
E. |
Magnetic flux linkage |
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Answer: Option E
Explanation:
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43. |
Under force-voltage analogy, velocity is considered as analogous to |
A. |
Resistance |
B. |
Current |
C. |
Magnetic flux |
D. |
Inductance |
E. |
Charge |
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Answer: Option B
Explanation:
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44. |
Under the voltage analogy, charge is considered analogous to |
A. |
Force |
B. |
Mass |
C. |
Momentum |
D. |
Velocity |
E. |
Displacement |
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Answer: Option E
Explanation:
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45. |
Under force-voltage analogy, spring constant is considered analogous to |
A. |
Reciprocal of resistance |
B. |
Reciprocal of inductance |
C. |
Reciprocal of capacitance |
D. |
Reciprocal of impedance |
E. |
None of the above |
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Answer: Option B
Explanation:
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46. |
Under force-current analogy, velocity is considered analogous to |
A. |
Voltage |
B. |
Inductance |
C. |
Resistance |
D. |
Magnetic flux |
E. |
None of the above |
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Answer: Option A
Explanation:
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47. |
Under force-current analogy, mass is considered analogous to |
A. |
Current |
B. |
Capacitance |
C. |
Reciprocal of capacitance |
D. |
Reciprocal of resistance |
E. |
Resistance |
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Answer: Option B
Explanation:
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48. |
Under force-current analogy, viscous friction coefficient is considered analogous to |
A. |
Reciprocal of resistance |
B. |
Reciprocal of inductance |
C. |
Reciprocal of capacitance |
D. |
Reciprocal of impedance |
E. |
None of the above |
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Answer: Option A
Explanation:
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49. |
Under force-current analogy, velocity is considered analogous to |
A. |
Voltage |
B. |
Inductance |
C. |
Resistance |
D. |
Magnetic flux |
E. |
None of the above |
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Answer: Option A
Explanation:
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50. |
Under force-current analogy, mass is considered analogous to |
A. |
Current |
B. |
Capacitance |
C. |
Reciprocal of capacitance |
D. |
Reciprocal of resistance |
E. |
Resistance |
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Answer: Option B
Explanation:
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