For a particle moving along x-axis, acceleration is given as a 2v particle is v0 at x = 0, find speed as a function of x.
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✌️✌️ hey mate,
a = 2v2
so, as a = dv/dt
dv/dt = 2v2.
dv/dx * dx/dt = 2v2 (multiply and divide by dx)
v dv/dx = 2v2.
dv/dx = 2v
1/v dv = 2dx
integrating both sides,
∫1/v dv =∫2dx
so, ln v = 2x + C
when x= 0, v = v0
so, ln v0 = C
so, ln v = 2x + ln v0
so, ln (v/v0) = 2x
v / v0 = e2x
v = v0e2x.
thanks
hope it helps!
nice to help you ✌️✌️
a = 2v2
so, as a = dv/dt
dv/dt = 2v2.
dv/dx * dx/dt = 2v2 (multiply and divide by dx)
v dv/dx = 2v2.
dv/dx = 2v
1/v dv = 2dx
integrating both sides,
∫1/v dv =∫2dx
so, ln v = 2x + C
when x= 0, v = v0
so, ln v0 = C
so, ln v = 2x + ln v0
so, ln (v/v0) = 2x
v / v0 = e2x
v = v0e2x.
thanks
hope it helps!
nice to help you ✌️✌️
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