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study help
mathematics
college algebra
College Algebra 9th Edition Michael Sullivan - Solutions
(a) Find the domain of each function. (b) Locate any intercepts. (c) Graph each function.(d) Based on the graph, find the range. (e) Is f continuous on its domain? f(x) = 1 + x x² if x < 0 if x ≥ 0
(a) Find the domain of each function. (b) Locate any intercepts. (c) Graph each function.(d) Based on the graph, find the range. (e) Is f continuous on its domain? f(x) = X √x if x < 0 if x ≥ 0
(a) Find the domain of each function. (b) Locate any intercepts. (c) Graph each function.(d) Based on the graph, find the range. (e) Is f continuous on its domain? f(x) = S|x| 1₁³ if -2 ≤ x < 0 if x > 0
Determine algebraically whether each function is even, odd, or neither.g(x) = -3x2 - 5
Determine algebraically whether each function is even, odd, or neither. F(x) = √x
Factor 6x3 - 2x2.
The domain of the variable in the expression x/x - 4 is __________________.
The fact that 2(x + 3) = 2x + 6 is because of the ________________ Property.
The fact that 3x = 0 implies that x = 0 is a result of the _______________ Property.
Solve each equation.3√ -8 =_______.
The equation x2 = -4 has the solution set ____________.
Assume that a < b and c < 0.a + c < b + c
True or False The solution of the equation 3x - 8 = 0 is 3/8.
Find the real solutions of each equation. V2t - 1 1 =
Assume that a < b and c < 0.a - c < b - c
Assume that a < b and c < 0.ac > bc
Find the real solutions of each equation. V3t + 4 = 2
If 2 - 3i is a solution of a quadratic equation with real coefficients, then -2 + 3i is also a solution.
Find the real solutions of each equation. 3t+ 4 = -6
Assume that a < b and c < 0.a/c < b/c
Find the real solutions of each equation. V5t + 3 = −2 -2
Solve each equation by factoring.x2 - 9x = 0
Find the real solutions of each equation. 12x - 3=0
Find the real solutions of each equation. 1 2x 1 = 0 - -
Find the real solutions of each equation. '5x – 4 = 2 −
Solve each equation by factoring.ν2 + 7ν + 6 = 0
Find the real solutions of each equation. 2x3 = -1
Find the real solutions of each equation. 2 x² + 2x = -1
Solve each equation by factoring.2x2 - 5x - 3 = 0
Find the real solutions of each equation. x² + 16 = √5
Solve each equation by factoring.3x2 + 5x + 2 = 0
Find the real solutions of each equation. x^8 = x
Find the real solutions of each equation. x = 3√x
Solve each equation by factoring.3t2 - 48 = 0
Find the real solutions of each equation. V15 - 2x = x
Find the real solutions of each equation. V12 x = x
Solve each equation by factoring.x(x - 8) + 12 = 0
Find the real solutions of each equation. x = 2√x - 1
Find the real solutions of each equation. x = 2√x - 1
Find the real solutions of each equation. √x² - x x² x 4 = x + 2 -
Find the real solutions of each equation. √3x + x²: = x - 2
Find the real solutions of each equation. 2 + V12 - 2x X
Find the real solutions of each equation. 3 + √3x + 1 = x
Find the real solutions of each equation. √2x +3 - Vx + 1 = 1
Find the real solutions of each equation. √3x + 7 + √x + 2 = 1
Find the real solutions of each equation. √3x + 1 - √x – 1= 2 -
Write each inequality using interval notation, and illustrate each inequality using the real number line.x < -4
Find the real solutions of each equation. √3x - 5 - √x + 7 = 2
Find the real solutions of each equation. √3-2√x V3 = √x Vx
Write each interval as an inequality involving x, and illustrate each inequality using the real number line.[2, 5]
Find the real solutions of each equation. V10 + 3√x = √x
Write each interval as an inequality involving x, and illustrate each inequality using the real number line.(1, 2)
Find the real solutions of each equation. (3x + 1)¹/2 = 4
Write each interval as an inequality involving x, and illustrate each inequality using the real number line.(-3, -2)
Find the real solutions of each equation. (3x - 5)1/2 = 2
Write each interval as an inequality involving x, and illustrate each inequality using the real number line.[0, 1)
Solve each equation.0.9t = 0.4 + 0.1t
Find the real solutions of each equation. (5x – 2)1/3 = 2
Fill in the blank with the correct inequality symbol.If x < -4, then x + 4______________ 0.
Find the real solutions of each equation. x3/2 - 3x¹/2 = 0
Fill in the blank with the correct inequality symbol.If x < 5, then x - 5 ___________ 0.
Find the real solutions of each equation. (x²-16)¹/2 = 9
Find the real solutions of each equation. 1/2 (x² + 9)¹/² = 5
Find the real solutions of each equation. (2x + 1)¹/3 = -1
Write each interval as an inequality involving x, and illustrate each inequality using the real number line.(-∞, 2]
Solve each equation.0.9t = 1 + t
Write each interval as an inequality involving x, and illustrate each inequality using the real number line.[4, ∞)
Fill in the blank with the correct inequality symbol.If x > -4, then x + 4 _______________ 0.
Find the real solutions of each equation. x3/4 - 9x1/4 = 0
Find the real solutions of each equation.x4 - 5x2 + 4 = 0
Fill in the blank with the correct inequality symbol.If x > 6, then x - 6 __________ 0.
Find the real solutions, if any, of each equation. Use the quadratic formula.x2 + 4x + 2 = 0
Find the real solutions of each equation.x4 - 10x2 + 25 = 0
Fill in the blank with the correct inequality symbol.If x ≥ -4, then 3x ___________ -12.
Find the real solutions of each equation.3x4 - 2x2 - 1 = 0
Fill in the blank with the correct inequality symbol.If x ≤ 3, then 2x _____________6.
Find the real solutions of each equation.2x4 - 5x2 - 12 = 0
Solve each equation.x(2x - 3) = (2x + 1)(x - 4)
Fill in the blank with the correct inequality symbol.If x > 6, then -2x _____________ -12.
Find the real solutions, if any, of each equation. Use the quadratic formula.2x2 - 5x + 3 = 0
Find the real solutions of each equation.x6 + 7x3 - 8 = 0
Solve each equation.x(1 + 2x) = (2x - 1)(x - 2)
Fill in the blank with the correct inequality symbol.If x > -2, then -4x ____________ 8.
Find the real solutions, if any, of each equation. Use the quadratic formula.2x2 + 5x + 3 = 0
Find the real solutions of each equation.x6 - 7x3 - 8 = 0
Solve each equation.z(z2 + 1) = 3 + z3
Fill in the blank with the correct inequality symbol.If x ≥ 5, then -4x ___________ -20.
Find the real solutions, if any, of each equation. Use the quadratic formula.4y2 - y + 2 = 0
Find the real solutions of each equation.(x + 2)2 + 7(x + 2) + 12 = 0
Solve each equation.w(4 - w2) = 8 - w3
Fill in the blank with the correct inequality symbol.If x ≤ -4, then -3x _____________ 12.
Find the real solutions, if any, of each equation. Use the quadratic formula.4t2 + t + 1 = 0
Find the real solutions of each equation.(2x + 5)2 - (2x + 5) - 6 = 0
Fill in the blank with the correct inequality symbol.If 2x > 6, then x ___________ 3.
Find the real solutions, if any, of each equation. Use the quadratic formula.4x2 = 1 - 2x
Find the real solutions of each equation.(3x + 4)2 - 6(3x + 4) + 9 = 0
Fill in the blank with the correct inequality symbol.If 3x ≥ 12, then x __________ 4.
Find the real solutions, if any, of each equation. Use the quadratic formula.2x2 = 1 - 2x
Find the real solutions of each equation.(2 - x)2 + (2 - x) - 20 = 0
Find the real solutions of each equation.2(s + 1)2 - 5(s + 1) = 3
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