Recent questions in Chapter6:Superposition of Waves

0 votes

1 answer 141 views

A wave of frequency 500 Hz is travelling with a speed of 350 m/s.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 154 views

A sound wave in a certain fluid medium is reflected at an obstacle to form a standing wave.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 270 views

Two sources of sound are separated by a distance 4 m. They both emit sound with the same amplitude and frequency (330 Hz

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 195 views

Two sound waves travel at a speed of 330 m/s. If their frequencies are also identical and are equal to 540 Hz

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 196 views

Two wires of the same material and same cross section are stretched on a sonometer.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 358 views

A pipe closed at one end can produce overtones at frequencies 640 Hz, 896 Hz and 1152 Hz.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 182 views

A standing wave is produced in a tube open at both ends. The fundamental frequency is 300 Hz. What is the length of tube

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 144 views

Find the fundamental, first overtone and second overtone frequencies of a pipe, open at both the end

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 313 views

A pipe open at both the ends has a fundamental frequency of 600 Hz.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 251 views

A string 1m long is fixed at one end. The other end is moved up and down with frequency 15 Hz.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 225 views

A violin string vibrates with fundamental frequency of 440Hz. What are the frequencies of first and second overtones?

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 138 views

A set of 8 tuning forks is arranged in a series of increasing order of frequencies.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 128 views

A sonometer wire of length 0.5 m is stretched by a weight of 5 kg.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 154 views

The string of a guitar is 80 cm long and has a fundamental frequency of 112 Hz.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 167 views

Derive an expression for equation of stationary wave on a stretched string.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 95 views

State the characteristics of stationary waves.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 123 views

State the characteristics of progressive waves.

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 99 views

What are harmonics and overtones?

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 147 views

A wave is represented by an equation y =A sin (Bx + Ct). Given that the constants A, B and C are positive

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

0 votes

1 answer 136 views

A standing wave is produced on a string fixed at one end with the other end free. The length of the string

asked Jun 3, 2022 in Chapter6:Superposition of Waves by nehapatil (3.2k points)

Recent questions in Chapter6:Superposition of Waves

Most popular tags