If $$C$$ and $$L$$ denote the capacitance and inductance, the dimensions of $$LC$$ are
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- A. $$2%$$
- B. $$8%$$
- C. $$3%$$
- D. $$4%$$
Asked in: Physics - Units and Measurement
1 Verified Answer | Published on 18th 08, 2020
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View Answer$$\mu =$$ coefficient of static friction
The dimensions of $$\mu$$ is:
- A. $$[MLT^{-2}]$$
- B. $$[M^0L^0T^0\theta^{-1}]$$
- C. Dimensionless
- D. None of these
Asked in: Physics - Units and Measurement
1 Verified Answer | Published on 18th 08, 2020
View AnswerTwo resistors of resistances $$R_1= 150\pm2 \space \Omega$$ and $$R_2 = 220\pm6 \space \Omega$$ areconnected in parallel combination.Calculate the equivalent resistance.
- A. $$180\Omega$$
- B. $$90\Omega$$
- C. $$18\Omega$$
- D. $$10\Omega$$
Asked in: Physics - Units and Measurement
1 Verified Answer | Published on 18th 08, 2020
View Answer- A. Displacement is a scalar and distance is a vector.
- B. Displacement is a vector and distance is scalar.
- C. Both displacement and distance are vectors.
- D. Neither displacement nor distance the vectors
- E. Displacement and distance are slangs equal
Asked in: Physics - Units and Measurement
1 Verified Answer | Published on 18th 08, 2020
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