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A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).
(i) The string of pendulum Y is longer than that of pendulum X.
(ii) The angle of swing of release of pendulum changes its time period.
(iii) Pendulum Y has a shorter period than pendulum X.
(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.
(i) The string of pendulum Y is longer than that of pendulum X.
(ii) The angle of swing of release of pendulum changes its time period.
(iii) Pendulum Y has a shorter period than pendulum X.
(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.
- a)The string of pendulum Y is longer than that of pendulum X.
- b)The angle of swing of release of pendulum changes its time period.
- c)Pendulum Y has a shorter period than pendulum X.
- d)The higher mass of the bob of pendulum corresponds to its lower time period.
Correct answer is option 'A'. Can you explain this answer?
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A pendulum makes 30 complete oscillations in 15 seconds. If another pe...
Time period of pendulum X = 15/30 = 0.5 sec. Time period of pendulum Y = 9/19 = 0.47 sec.
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A pendulum makes 30 complete oscillations in 15 seconds. If another pe...
Explanation:
Incorrect Statement:
a) The string of pendulum Y is longer than that of pendulum X.
- This statement is incorrect because the length of the string of a pendulum is directly proportional to its time period. A longer string would result in a longer time period, not a shorter one as mentioned in the statement.
Correct Statements:
b) The angle of swing of release of pendulum changes its time period.
- The angle of release does affect the time period of a pendulum. A larger angle would result in a longer time period, while a smaller angle would result in a shorter time period.
c) Pendulum Y has a shorter period than pendulum X.
- This statement is correct based on the information given in the question. Pendulum Y completes fewer oscillations in a shorter time period compared to pendulum X, indicating that pendulum Y has a shorter period.
d) The higher mass of the bob of the pendulum corresponds to its lower time period.
- This statement is correct because the mass of the bob does affect the time period of a pendulum. A higher mass results in a lower time period, while a lower mass results in a higher time period.
Incorrect Statement:
a) The string of pendulum Y is longer than that of pendulum X.
- This statement is incorrect because the length of the string of a pendulum is directly proportional to its time period. A longer string would result in a longer time period, not a shorter one as mentioned in the statement.
Correct Statements:
b) The angle of swing of release of pendulum changes its time period.
- The angle of release does affect the time period of a pendulum. A larger angle would result in a longer time period, while a smaller angle would result in a shorter time period.
c) Pendulum Y has a shorter period than pendulum X.
- This statement is correct based on the information given in the question. Pendulum Y completes fewer oscillations in a shorter time period compared to pendulum X, indicating that pendulum Y has a shorter period.
d) The higher mass of the bob of the pendulum corresponds to its lower time period.
- This statement is correct because the mass of the bob does affect the time period of a pendulum. A higher mass results in a lower time period, while a lower mass results in a higher time period.
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A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer?
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A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? for Class 8 2024 is part of Class 8 preparation. The Question and answers have been prepared according to the Class 8 exam syllabus. Information about A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Class 8 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer?.
A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? for Class 8 2024 is part of Class 8 preparation. The Question and answers have been prepared according to the Class 8 exam syllabus. Information about A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Class 8 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer?.
Solutions for A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? in English & in Hindi are available as part of our courses for Class 8.
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Here you can find the meaning of A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer?, a detailed solution for A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? has been provided alongside types of A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice A pendulum makes 30 complete oscillations in 15 seconds. If another pendulum Y makes 19 complete oscillations in 9 seconds, then select the incorrect statement(s).(i) The string of pendulum Y is longer than that of pendulum X.(ii) The angle of swing of release of pendulum changes its time period.(iii) Pendulum Y has a shorter period than pendulum X.(iv) The higher mass of the bob of the pendulum corresponds to its lower time period.a)The string of pendulum Y is longer than that of pendulum X.b)The angle of swing of release of pendulum changes its time period.c)Pendulum Y has a shorter period than pendulum X.d)The higher mass of the bob of pendulum corresponds to its lower time period.Correct answer is option 'A'. Can you explain this answer? tests, examples and also practice Class 8 tests.
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