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Find the velocity of a particle moving o...

Find the velocity of a particle moving on a line at t = 3 seconds , if its position s is in m when
s = sin (t/9)

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To find the velocity of a particle moving along a line at \( t = 3 \) seconds, given that its position \( s \) is defined by the equation: \[ s = \sin\left(\frac{t}{9}\right) \] we will follow these steps: ...
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ICSE-VECTORS SCALARS ELEMENTARY CALCULUS -UNSOLVED PROBLEMS
  1. Find (dy)/(dx) when x = a sec theta and y = b tan theta

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  2. Find the velocity of a particle moving on a line at t = 3 seconds , if...

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  3. Find the velocity of a particle moving on a line at t = 3 seconds , if...

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  4. At time t , the displacement of a particle moving in a straight line ...

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  5. A car is running on a straight road . The distance travelled and time...

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  6. The side of a square sheet of a metal is increasing at 3 cm per minut...

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  7. A stone is dropped into a quiet pond and waves move in circle at a s...

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  8. A particle starts rotating from rest according to the formula theta ...

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  9. The area of dot of ink in cm^(2) is growing such that after 5s , A = ...

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  10. A particle starts rotating from rest according to the formula theta = ...

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  11. Integrate the following w.r.t x sqrt(x)

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  12. Integrate the following w.r.t x 2//x^(3//2)

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  13. Integrate the following w.r.t x e^(mx)

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  14. Integrate the following w.r.t x 2^(x)

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  15. Integrate the following w.r.t x e^(2x+1)

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  16. Integrate the following w.r.t x 1//(1+sinx)

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  17. Integrate the following w.r.t x cos^(2)(x//2)

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  18. Integrate the following w.r.t x (sin x - cos x)^(2)

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  19. Integrate the following w.r.t x cos^(3)x

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  20. Integrate the following w.r.t x sqrt(1-sinx)

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