Progressive Waves MCQ Tests
11th Class Physics MCQ Tests
Progressive Waves
of 11th Class Physics has 5 questions. If you take an online MCQ test, the system will randomly choose the questions. If you want to take the quiz by chapter then click the start test button.
Total Questions: 5
Total Marks: 5
Time: 5 Mins
Total Questions: 5
Total Marks: 5
Time: 5 Mins
5Min : 00 Sec Remaining
Question # 1
The time period of a periodic longitudinal wave is 0.002 s and distance between two consecutive rarefactions is 3 cm. Calculate the speed of the wave.
Question # 2
What will be the distance between the center of a compressional region and the center of a consecutive rarefactional region in a periodic longitudinal wave?
Question # 3
Length l is attached to a mass which is hanging vertically with a spring. When the mass oscillates, a transverse periodic wave travels in the rope. If the time period of oscillations of mass is T , then what will be the time period of wave produced in string?
Question # 4
A rope of length l is attached to a mass which is hanging vertically with a spring. When the mass oscillates, a transverse periodic wave travels in the rope. If the time period of oscillations of mass is T , then what will be the time period of wave produced in string?
Question # 5
The frequency of a transverse periodic wave is 200 Hz and its wavelength is 1.5 cm. Calculate its speed.
Total Questions
12345
Question # 1
The time period of a periodic longitudinal wave is 0.002 s and distance between two consecutive rarefactions is 3 cm. Calculate the speed of the wave.
Question # 2
What will be the distance between the center of a compressional region and the center of a consecutive rarefactional region in a periodic longitudinal wave?
Question # 3
Length l is attached to a mass which is hanging vertically with a spring. When the mass oscillates, a transverse periodic wave travels in the rope. If the time period of oscillations of mass is T , then what will be the time period of wave produced in string?
Question # 4
A rope of length l is attached to a mass which is hanging vertically with a spring. When the mass oscillates, a transverse periodic wave travels in the rope. If the time period of oscillations of mass is T , then what will be the time period of wave produced in string?
Question # 5
The frequency of a transverse periodic wave is 200 Hz and its wavelength is 1.5 cm. Calculate its speed.
Total Questions
12345
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Updated on: 22-05-2026
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