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Evaluate where A and omega are constan...

Evaluate
where A and omega are constants. `int^t _0 A sin omega dt `

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To evaluate the integral \[ \int_0^t A \sin(\omega t) \, dt, \] where \( A \) and \( \omega \) are constants, we can follow these steps: ...
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HC VERMA ENGLISH-PHYSICS AND MATHEMATICS-work out Example
  1. A vector has component along the X-axis equal to 25 unit and along the...

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  2. Find the resultant of the three vectors shown in figure . .

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  3. The sum of the three vectors shown in figure is zero. Find the magnitu...

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  4. The magnitude of vectors vec(OA), vec(OB) and vec (OC) in figure are e...

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  5. Find the resultant of the three vectors vec(OA), vec(OB) and vec(OC) s...

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  6. The resultant of vectors vec(OA) and vec(OB) is perpendicular to vec(O...

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  7. Write the unit vector in the direction of vecA=5veci+vecj-2veck.

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  8. If |veca+vecb|=|veca-vecb| show that veca|vecb.

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  9. If veca=2veci+3vecj+4veck and vecb =4veci+3vecj+2veck, find the angle...

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  10. If vecA=2veci-3vecj+7veck, vecB=veci+2veck and vecC=vecj-veck find vec...

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  11. The volume of a sphere is given by V= 4/3 pi R^3 where R is the ra...

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  12. Find the derivative of the following functions with respect to x. a. y...

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  13. Find the maximum and minium values of the function (x+1/x).

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  14. Figure shows the curve y=x^2. Find the area of the shaded part between...

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  15. Evaluate where A and omega are constants. int^t 0 A sin omega dt

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  16. The velocity v and displacement x of a particle executing simple harmo...

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  17. The charge flown through a circuit in the time interval between t and ...

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  18. Evaluate (21.6002+234+2732.10)xx13.

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