If   `t/4 = 5` , then find the value of t

If x=a(sin t-t cos t),y=a sin t then find the value of (d^(2)y)/(dx^(2))

If x=a(cos t+t sin t) and y=a(sin t-t cos t),then find the value of (d^(2)y)/(dx^(2)) at t=(pi)/(4)

If x=a(cos t+t sin t) and y=a(sin t-t cos t), then find the value of (d^(2)y)/(dx^(2)) at t=(pi)/(4)

If x=a(cos t+t sin t) and y=a(sin t-t cos t), then find the value of (d^(2)y)/(dx^(2)) at t=(pi)/(4)

If A(5, 2), B(2, -2) and C(-2, t) are the vertices of a right triangle with angleB = 90^(@) then find the value of t.

Let f(t) be the minimum value of |3sin x-4cos x+t+(4)/(t)| where x,t in R . If the value of int_(1)^(10)f(x)dx = 4(a+ln b), where a,b in Q, then find the value of (a+2b)

If x = 16, y = 10, z = 5 and t=-1, find the value of (x-y)(5sqrtx-y)+sqrt((x-y)(z-t)) .

If 5a+5b+20c=t, then find the value of t for which the line ax+by+c-1=0 always passes through a fixed point.

If (1+sin t)(1+cos t)=(5)/(4) then find the value of (1-sin t)(1-cos t)

Given, P prop T on increasing the value of T by 1^(@)C , the value of P increases by 0.4% , then find initial value of T :-