a string of length 8m fixed at both ends has a tension of 49n and mass

1.	a string of length 8m fixed at both ends has a tension of 49n and mass of 200gms find the velocity of transverse wave on the string
Answer» ANSWER: Here, Length, L =10m Mass, M =5g×10 −3 kg Tension, T =80 N Mass per unit length of the wire is μ= L M = 10m 5×10 −3 kg =5×10 −4 kgm −1 SPEED of the transverse wave on the wire is ν= μ T = 5×10 −4 kgm −1 80N =4×10 2 ms −1 =400ms −1

a string of length 8m fixed at both ends has a tension of 49n and mass of 200gms find the velocity of transverse wave on the string

Answer»

ANSWER:

Here, Length, L =10m

Mass, M =5g×10

−3

Tension, T =80 N

Mass per unit length of the wire is

μ=

10m

5×10

−3

=5×10

−4

kgm

−1

SPEED of the transverse wave on the wire is

ν=

5×10

−4

kgm

−1

80N

=4×10

−1

=400ms

−1

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a string of length 8m fixed at both ends has a tension of 49n and mass of 200gms find the velocity of transverse wave on the string​

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a string of length 8m fixed at both ends has a tension of 49n and mass of 200gms find the velocity of transverse wave on the string