Let f be a continous function on interval [-1, 9] and differentiable on (-1, 9). If f(-1) = 2 and f(9) = 7, then which of the following are necessarily true? i. f'(c)=...
Let f be a continous function on interval [-1, 9] and differentiable on (-1, 9). If f(-1) = 2 and f(9) = 7, then which of the following are necessarily true? i. f'(c)=...
y=e^3x^2+2x
question of class 12 in chapter 5 ex:5.7 (part -1)
to find dy/dx if √x+8=2xy^2
Differentiate y=e^5lnx
for y=4x^4+3x^2, find d^2y/dx^2
the function y=a^f(x)
Differentiate y=5x(lnx)^2 - 10xlnx + 10x
how to do this sum? If √(y-√(y-√(y…∞ )) ) = √(x+√(x+√(x+..∞)) ) find dy/dx
The tangent and normal to the curve y=4√(x+2) at the point P(7,12) cut the x axis at M and N respectively.Calculate the area of the triangle PMN.
The tangent to the curve y=ax^2+bx+2 at (1,0.5) is parallel to the normal to the curve y=x^2+6x+4 at (-2,-4).Find the value of a and b.
The line y=2x-16 is a tangent to the curve y=ax^3+bx at the point where x=2.Find the value of a and b.
The curve y=x^2-3x-4 cuts the x axis at A and B. The tangents to the curve at A and B meet at T and the normals to the curve at A and B meet at N. Find the area of the quadrilateral ATBN.
Differentiation : Tangents and Normals
Find the equation of the tangent to the curve y=x+x^2 at the point where x=a. Find the values of a for which this line passes through the point P(2,-3).Hence, find the equations of the tangents...
Find the coordinates of the two points on the curve y= 4- x^2 whose tangents passes through the point (-1 ,7 ).
I asked a question earlier about open and closed intervals, so why did my teacher say this was wrong? Determine any values of c in the interval [0,2pi] for which f'(x) = 0. f(x)...
csc = cosecant confusing!!
Differentiation. i need help with this problem.
i dont know how to deal with e and sine in the same equation.