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The length of a sonometer wire between two fixed ends is 1.10 m. Where should the two bridges be placed to divide the wire into three segments whose fundamental frequencies are in the ratio 1:2:3?
06
Sep
The length of a sonometer wire between two fixed ends is 1.10 m. Where should the two bridges be placed to divide the wire into three segments whose fundamental frequencies are in the ratio 1:2:3? The length of a sonometer wire between two fixed ends is 1.10 m. Where should the two bridges be placed [...]
The relation between time t and distance x for a moving particle is t = ax² + bx, where a and b are contents. if v is the velocity at distance x, then the retardation of the particle is
06
Sep
The relation between time t and distance x for a moving particle is t = ax² + bx, where a and b are contents. if v is the velocity at distance x, then the retardation of the particle is The relation between time t and distance x for a moving particle is t = ax² [...]
The fundamental frequency of a sonometer wire increases by 6 Hz if its tension is increased by 44% keeping the length constant. Find the change in the fundamental frequency of the sonometer wire when the length of the wire
06
Sep
The fundamental frequency of a sonometer wire increases by 6 Hz if its tension is increased by 44% keeping the length constant. Find the change in the fundamental frequency of the sonometer wire when the length of the wire A steel wire of length 1 m and density 8000 kg m^-3 is stretched tightly between [...]
If the velocity of a particle is given by v = ( 180 – 16 x)^1/2 m/s, then its acceleration will be
06
Sep
If the velocity of a particle is given by v = ( 180 – 16 x)^1/2 m/s, then its acceleration will be If the velocity of a particle is given by v = ( 180 - 16 x)^1/2 m/s then its acceleration will be September 6, 2020 Category: Cengage NEET by C.P Singh , Chapter [...]
A wire having a linear density 5 gm/m is stretched between two rigid supports with a tension of 450 N. It is observed that the wire resonates at a frequency of 420 HZ. The next highest frequency at which
06
Sep
A wire having a linear density 5 gm/m is stretched between two rigid supports with a tension of 450 N. It is observed that the wire resonates at a frequency of 420 HZ. The next highest frequency at which A steel wire of length 1 m and density 8000 kg m^-3 is stretched tightly between [...]
A particle moves along the x-axis as x = u(t – 2) + a (t – 2)^2
06
Sep
A particle moves along the x-axis as x = u(t – 2) + a (t – 2)^2 A particle moves along the x-axis as x = u(t - 2) + a (t - 2)^2 September 6, 2020 Category: Cengage NEET by C.P Singh , Chapter 2 - Motion in a Straight Line , Part 1 [...]
The distance covered by a particle varies with time as x = k/b (l – e ^-bt). The speed of particle at time t is
06
Sep
The distance covered by a particle varies with time as x = k/b (l – e ^-bt). The speed of particle at time t is The distance covered by a particle varies with time as x = k/b (l - e ^-bt). The speed of particle at time t is September 6, 2020 Category: Cengage [...]
An object of mass m is hung from a thin taut string (with linear mass density mu = 2 g/m) that passes over a light pulley as shown in figure. The string is connected to a vibrator which can be vibrated with constant frequency f
06
Sep
An object of mass m is hung from a thin taut string (with linear mass density mu = 2 g/m) that passes over a light pulley as shown in figure. The string is connected to a vibrator which can be vibrated with constant frequency f A steel wire of length 1 m and density 8000 [...]
The relation 3t = root 3x + 6 describes the displacement of a particle in one direction where x is in metres and t in sec. The displacement, when velocity is zero, is
06
Sep
The relation 3t = root 3x + 6 describes the displacement of a particle in one direction where x is in metres and t in sec. The displacement, when velocity is zero, is is The relation 3t = root 3x + 6 describes the displacement of a particle in one direction where x is in [...]
A steel wire of length 1 m and density 8000 kg m^-3 is stretched tightly between two rigid supports. When vibrating in its fundamental mode, its frequency is 200 Hz. (a) What is the velocity of transverse waves
06
Sep
A steel wire of length 1 m and density 8000 kg m^-3 is stretched tightly between two rigid supports. When vibrating in its fundamental mode, its frequency is 200 Hz. (a) What is the velocity of transverse waves A steel wire of length 1 m and density 8000 kg m^-3 is stretched tightly between two [...]