@ Approximate the area above the line y=0.5 and bounded by the Curve y = Sinx using Simpsov's Rule

Q: Use a calculator to find the area under the curve given by y=9x^2+1 between x=0 and x=2 Area:

A:

Q: . Complete the following for f(x, y, z) = x³ - xy - z at the point P(1, 1, 1). I. Carefully…

A: Disclaimer: Since you have posted a question with multiple sub-parts, we will solve first three…

Q: Find the area between the curve y=x^3 and its tangent through (1,1)

A: The slope of the tangent is given by y' at (x,y)=(1,1) y'=3x2At x=1y'=3 Equation of tangent line is…

Q: slope y=x-x^2 at (x,y) at x = 2 trace the curve

A: Given: y = x-x2

Q: cosh(Int) dt Select one: a. sinht + c b. sinh(Int) + c c. \(-sinht+c\) d. \(-sinh(Int)+c\)

A:

Q: find the area bounded by the given curve y=2x-x^2 and y=

A: The area bounded by the two curves is given by ∫abf(x)-g(x)dx where f(x) and g(x) are two curves on…

Q: Find the area under the curve y = 3xe for æ > 3. area =

A: Given:The given curve is y=3xe-x and x≥3To find:we have to find the area under the curve

Q: Prove that diagonally dominated matrices are always invertible.

A: This is a question of matrix and theory of linear transformation.

Q: Find Let f(x,y)=In(1-(x^2/4)-(y^2/4))+ln(y-x). Df(domain) Write the answer in set notation. Sketch…

A:

Q: Find the area under the curve

A: To find area under the curve defined by the points (20,85), (15,83), (9,80) & (7,78)We can use…

Q: Determine the area bounded by the curve: y=x^2-4x-5, y=0, between x=3 and x=6 y=1/4 (x^2-16), y=0,…

A: Note :- Since you have posted multiple questions, we will provide the solution only to the first…

Q: Area under the curve y2 = 4x from x=1 to x=4

A:

Q: (c) curve y = 5-x", line y=x+3 (d) y= sinx, y=cosx, x= 7 /4, x=7/2

A: Double integers

Q: Determine the area bounded by the curves y^2 = -4x and y = 2(x+2).

A:

Q: g)Sinhy=tanx ind

A:

Q: Find the area between the curve y = sec (4x) and the line joining the points (-,2) and (. 2).

A: Consider the given information: To find the area between the curve and the line joining the points.