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Calculate the phase constant of a wave with frequency 12 rad/s and velocity 3×108 m/s(in 10-8 order)
- a)0.5
- b)72
- c)4
- d)36
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
Calculate the phase constant of a wave with frequency 12 rad/s and vel...
Answer: c
Explanation: The phase constant is given by β = ω√(με), where ω is the frequency in rad/s and 1/√(με) is the velocity of wave. On substituting √(με) = 3×108 and ω = 12, we get β = 12/(3×108) = 4 x 10-8m/s.
Explanation: The phase constant is given by β = ω√(με), where ω is the frequency in rad/s and 1/√(με) is the velocity of wave. On substituting √(με) = 3×108 and ω = 12, we get β = 12/(3×108) = 4 x 10-8m/s.
Most Upvoted Answer
Calculate the phase constant of a wave with frequency 12 rad/s and vel...
The phase constant of a wave can be calculated using the formula:
phase constant = (2π × frequency) / velocity
Given that the frequency is 12 rad/s and the velocity is 3, we can substitute these values into the formula:
phase constant = (2π × 12) / 3
= 24π / 3
= 8π
Therefore, the phase constant of the wave is 8π.
phase constant = (2π × frequency) / velocity
Given that the frequency is 12 rad/s and the velocity is 3, we can substitute these values into the formula:
phase constant = (2π × 12) / 3
= 24π / 3
= 8π
Therefore, the phase constant of the wave is 8π.
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