A body executing SHM has its velocity 10 cm-s and 7 cm-s when its displacements from mean position are 3 cm and 4 cm respectively- The length of path is10 cm9-5 cm4 cm11-36 cm

Question

Toppr Admin · Accepted Answer

V-x3C9-x221A-A2-x2212-x2v1-10cm-secv2-7cm-secx1-3cmx2-4cm

A body executing SHM has its velocity $10 c m / s$ and $7 c m / s$ when its displacements from mean position are $3 c m$ and $4 c m$ respectively. The length of path is
$10 c m$
$9.5 c m$
$4 c m$
$11.36 c m$

$v = ω \sqrt{A^{2} - x^{2}}$
$v_{1} = 10 c m / s e c$
$v_{2} = 7 c m / s e c$
$x_{1} = 3 c m$
$x_{2} = 4 c m$

A body executing SHM has its velocity 10cm/s and 7cm/s when its displacements from mean position are 3cm and 4cm respectively. The length of path is10cm9.5cm4cm11.36cm

v=ω√A2−x2v1=10cm/secv2=7cm/secx1=3cmx2=4cm

A body executing SHM has its velocity $10 c m / s$ and $7 c m / s$ when its displacements from mean position are $3 c m$ and $4 c m$ respectively. The length of path is
$10 c m$
$9.5 c m$
$4 c m$
$11.36 c m$

$v = ω \sqrt{A^{2} - x^{2}}$
$v_{1} = 10 c m / s e c$
$v_{2} = 7 c m / s e c$
$x_{1} = 3 c m$
$x_{2} = 4 c m$