For each function, find (a)ƒ(x+h), (b)ƒ(x+h)-ƒ(x), and (c)[ƒ(x+h)-ƒ(x)]/h. ƒ(x)=1/x

For each function, find (a)ƒ(x+h), (b)ƒ(x+h)-ƒ(x), and (c)[ƒ(x+h)-ƒ(x)]/h. ƒ(x)=x²

For each function, find (a)ƒ(x+h), (b)ƒ(x+h)-ƒ(x), and (c)[ƒ(x+h)-ƒ(x)]/h. ƒ(x)=x²+3x+1

Let ƒ(x)=2x-3 and g(x)=-x+3. Find each function value. (g∘ƒ)(0)

Given functions f and g, find (a)(ƒ∘g)(x) and its domain, and (b)(g∘ƒ)(x) and its domain. ƒ(x)=√x, g(x)=x-1

Given functions f and g, find (a)(ƒ∘g)(x) and its domain, and (b)(g∘ƒ)(x) and its domain. ƒ(x)=√(x-2), g(x)=2x

Given functions f and g, find (a)(ƒ∘g)(x) and its domain, and (b)(g∘ƒ)(x) and its domain. ƒ(x)=√x, g(x)=3/(x+6)

Given functions f and g, find (ƒ∘g)(x) and its domain. ƒ(x)=1/(x-2), g(x)=1/x

Given functions f and g, (g∘ƒ)(x) and its domain. ƒ(x)=1/(x-2), g(x)=1/x

Given functions f and g, find (a)(ƒ∘g)(x) and its domain, and (b)(g∘ƒ)(x) and its domain. ƒ(x)=1/(x+4), g(x)=-(1/x)

Find the distance between each pair of points, and give the coordinates of the midpoint of the line segment joining them. P(3, -1), Q(-4, 5)

Find the distance between each pair of points, and give the coordinates of the midpoint of the line segment joining them. M(-8, 2), N(3, -7)

Find the distance between each pair of points, and give the coordinates of the midpoint of the line segment joining them. A(-6, 3), B(-6,8)

For each graph, determine whether y is a function of x. Give the domain and range of each relation.

For each graph, determine whether y is a function of x. Give the domain and range of each relation.

For each graph, determine whether y is a function of x. Give the domain and range of each relation.

For each graph, determine whether y is a function of x. Give the domain and range of each relation.

For each graph, determine whether y is a function of x. Give the domain and range of each relation.

For each graph, determine whether y is a function of x. Give the domain and range of each relation.

Determine whether each equation defines y as a function of x. y = 6 -x²

Determine whether each equation defines y as a function of x. x = (1/3)(y²)

Determine whether each equation defines y as a function of x. y = ±√(x-2)

Graph each equation. 2x +5y = 20

Graph each equation. 3y = x

Graph each equation. ƒ(x) = x

Graph the line satisfying the given conditions. through (0, 5), m= -2/3

Find the slope of each line, provided that it has a slope. through (2, -2) and (3, -4)

Find the slope of each line, provided that it has a slope. through (8, 7) and (1/2, -2)

Find the slope of each line, provided that it has a slope. through (0, -7) and (3, -7)

Find the slope of each line, provided that it has a slope. through (5, 6) and (5, -2)