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Find the ratio of the areas of two regio...

Find the ratio of the areas of two regions of the curve `C_(1) -= 4x^(2) + pi^(2)y^(2) = 4pi^(2)` divided by the curve `C_(2) -= y = -(sgn(x - (pi)/(2)))cos x` (where sgn (x) = signum (x)).

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To find the ratio of the areas of the two regions defined by the curves \( C_1 \) and \( C_2 \), we will follow these steps: ### Step 1: Identify the curves The first curve is given by the equation: \[ C_1: 4x^2 + \pi^2 y^2 = 4\pi^2 \] This can be rewritten as: ...
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The ratio of the areas of two regions of the curve C_(1)-=4x^(2)+pi^(2)y^(2)=4pi^(2) divided by the curve C_(2)-=y=-(sgn(x-(pi)/(2)))cosx (where sgn (x) = signum (x)) is

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CENGAGE ENGLISH-GRAPHS OF TRIGONOMETRIC FUNCTIONS-Exercises
  1. Find the ratio of the areas of two regions of the curve C(1) -= 4x^(2)...

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  2. Draw the graph of y = " cosec "^(2) x - cot^(2) x. Is f(x) periodic ? ...

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  3. Draw the graph of y = cos pix.

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  4. Draw the graph of y = cos^(2)x.

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  5. Find the value of x for which f(x)=sqrt(sinx-cosx) is defined, x in [0...

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  6. Draw the graph of y = tan^(2) x.

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  7. Draw the graph of y = sin x + cos x, x in [0, 2pi].

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  8. Draw the graph of y = [cos x], x in [0, 2pi], where [*] represents the...

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  9. Draw the graph of y = sin pisqrt(x).

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  10. Find the number of roots of the equation x sin x = 1, x in [-2pi, 0) ...

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  11. Evaluate : [lim(x to 0) (tan x)/(x)], where [*] represents the greates...

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  12. For f(x) = sin x - x^(2) + 1, check weather the function is increasing...

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  13. Draw the graph of the function f(x)=m a xdot{sinx ,cos2x},x in [0,2pi]...

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  14. Draw the graph of [y] = cos x, x in [0, 2pi], where [*] denotes the g...

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  15. The total number of solution of sin{x}=cos{x} (where {} denotes the fr...

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  16. Draw the graph of f(x) = |tan x| + |cot x|.

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  17. Find the number of solutions to cos x = (x)/(10), x gt 0.

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  18. The number of solutions of tanx-m x=0,m >1, in (-pi/2,pi/2) is 1 (b) 2...

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  19. Find the number of solutions to log(e) |sin x| = -x^(2) + 2x in [-(pi)...

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  20. Solve : Cos x le - (1)/(2).

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  21. Prove that the least positive value of x , satisfying tanx=x+1, lies i...

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