Subject :NSO Class : Class 6
If the swing takes 5 s to complete 25
oscillations. Then what is the time period of the swing?
A 0.5 s
B 10 s
C 2 s
D 5 s
Can anybody please explain the solution D for above question?
Ans 1:
Class : Class 4
Answer is wrong
Ans 2:
Class : Class 7
Ans 3:
Class : Class 8
According to definition - answer would be 0.2 s
Ans 4:
Class : Class 10
the answer is wrong , it should be 0.2s. please kindly provide the solution to this question.
Ans 5:
Class : Class 7
I THINK IT COMPLETES 25 OSCILLATIONS IN 5s
Ans 6:
Class : Class 9
the answer is wrong
Ans 7:
Class : Class 7
The time taken to complete one oscillation - a left swing and a right swing - is called the time period (T); it is measured in seconds.A swing takes 5 seconds to complete 25 oscillations. That means it would take 1 second to complete 25 ÷ 5 = 5 oscillations. That also means it would take 1 ÷ 5 = 0.2 seconds to complete 1 oscillation.So, the time period of the swing is 0.2 seconds. Hence, the right answer is Option C.
Ans 8:
Class : Class 10
answer is wrong it should be 0.2 s
Ans 9:
Class : Class 7
wrong answer. should be 0.2s
Ans 10:
Class : Class 7
The answer seems to be wrong. 5 seconds to complete 25 oscillations. That means for one oscillation it is 5/25 = 0.2 seconds. 'Period' usually means one complete oscillation that is 0.2 seconds and that is not given.
Ans 11:
Class : Class 7
The answer is wrong. It is 0.2
Ans 12:
Class : Class 6
Ans 13:
Class : Class 7
Ans 14:
Class : Class 8
I think this answer is wrong. It should be 0.2 seconds, according to the definition of a Time Period in oscillatory motion.
Ans 15:
Class : Class 10
According to definition - answer would be 0.2 s
Ans 16:
Class : Class 6
The answer should be 0.2 s
Ans 17:
Class : Class 6
The answer has to be 0.2 seconds(5/25). Pls correct
Ans 18:
Class : Class 8
please explain the answer