A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is
(a) 0.314 s (b) 3.14 s
(c) 0.628 s (d) 6.28 s

Question

A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is (a) 0.314 s (b) 3.14 s (c) 0.628 s (d) 6.28 s

Saurabh Koranglekar · Answer

Vikas TU · Answer

Dear student T = sqrt(mx/mg) x = 10 cm = 10*10^-2m T = sqrt ( 10* 10^-2)/10 T = 0.628 sec …...............................................

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A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is (a) 0.314 s (b) 3.14 s (c) 0.628 s (d) 6.28 s

A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is
(a) 0.314 s (b) 3.14 s
(c) 0.628 s (d) 6.28 s

2 Answers

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A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is (a) 0.314 s (b) 3.14 s (c) 0.628 s (d) 6.28 s

A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is (a) 0.314 s (b) 3.14 s (c) 0.628 s (d) 6.28 s

2 Answers

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A load of mass 100 gm increases the length of wire by 10 cm. If the system is kept in oscillation, its time period is
(a) 0.314 s (b) 3.14 s
(c) 0.628 s (d) 6.28 s