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mathematics
college algebra graphs and models

Questions and Answers of College Algebra Graphs And Models

Subtract the polynomials. (5x-3) (2x + 4)
For the given f(x), state the initial value, the growth or decay factor, and percent change for each unit increase in x. f(x) = 7ex
Subtract the polynomials. (10x+5)-(-6x-4)
For the given f(x), state the initial value, the growth or decay factor, and percent change for each unit increase in x. f(x) = 91e/2
Use the product rule to simplify. 10² 10³ 10-³
Factor the expression completely. x²8x + 12
Find the volume and surface area of a rectangular box with length L, width W, and height H. L = 4 feet, W = 3 feet, H = 2 feet
Factor the expression completely. z²+z-42
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. -64
Subtract the polynomials. (x²-3x + 1)(-5x² + 2x - 4)
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. 1- LA-
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. SA
Use the product rule to simplify. 2x².3x-3.ru
Factor the expression completely. 2² - 9z+20
For the given f(x), state the initial value, the growth or decay factor, and percent change for each unit increase in x. f(x) = 6(3-*)
Find the area of the right triangle that satisfies the conditions. Approximate values to the nearest tenth when appropriate.Shorter leg 40 centimeters and hypotenuse twice the shorter leg
Find the volume and surface area of a rectangular box with length L, width W, and height H. L = 6 meters, W = 4 meters, H = 1.5 meters
For the given f(x), state the initial value, the growth or decay factor, and percent change for each unit increase in x. f(x) = 9(4)
Use the product rule to simplify. Зу . бу→ . у
Subtract the polynomials. (-x²+x-5) - (x²-x + 5)
Evaluate the expression by hand. Check your result with a calculator. (--)⁰
Subtract the polynomials. (8x³ + 5x²-3x + 1)(-5x³ + 6x - 11)
Factor the expression completely. 2² + 15z + 54
Simplify. Leave numerators and denominators in factored form when appropriate. ба 5 5 12a²
Use the product rule to simplify. 4 - 5 - 3ر -5 .
Find the volume and surface area of a rectangular box with length L, width W, and height H. L = 9.1 yards, W = 8 yards, H = 6 feet
Use the product rule to simplify. 10⁰ 106 10²
Find the volume and surface area of a rectangular box with length L, width W, and height H. L = 4.5 inches, W = 4 inches, H = 1 foot
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. A-
Subtract the polynomials. (4x²+2x²9) - (x-2x²-5)
Factor the expression completely. 2² + 112 + 24
Simplify. Leave numerators and denominators in factored form when appropriate. 1 +² 3x 2
Write a formula for f(t) that models the situation and then answer the question.A savings account contains $2500 and increases by 10% in 3 years. How much is in the account after 8 years?
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number.
Write a formula for f(t) that models the situation and then answer the question.The population of a city is currently 35,000 and is increasing at a constant rate of 9.8% every 2 years. What is the
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. V(2x)
Subtract the polynomials. (x² - 1)(4x4 + 3x + 7)
Use the product rule to simplify. 5-2-5³-2-4-23
Factor the expression completely. 24x²14x3
Find the volume and surface area of a rectangular box with length L, width W, and height H. L = 3x, W = 2x, H = x
Simplify. Leave numerators and denominators in factored form when appropriate. 5x 3 + 10.x 6
Write a formula for f(t) that models the situation and then answer the question.A sample of 1000 bacteria triples in number every 7 hours. How many bacteria are there after 11 hours?
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. V(x + 1)6
Write a formula for f(t) that models the situation and then answer the question.The intensity I0 of a light passing through colored glass decreases by 1/3 for each 2 millimeters in thickness of the
Simplify. Leave numerators and denominators in factored form when appropriate. x + 1 2x X 5 x + 1
Find the volume and surface area of a rectangular box with length L, width W, and height H. L = x, W = 2y, H = 3z
Factor the expression completely. 6x²-x-2
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. 18 A
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number.
Simplify. Leave numerators and denominators in factored form when appropriate. 4x + 8 x² 2x x+2
Write a formula for f(t) that models the situation and then answer the question.The intensity I0 of a sound passing through the atmosphere decreases 20% for each 100 feet of distance. What is the
Use the product rule to simplify. (5_95)(D)(29) (PT)
Factor the expression completely. 10x² + 3x - 1
Use the product rule to simplify. (3x)(2x²)(5y4)(x-3)
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. -7
Simplify. Leave numerators and denominators in factored form when appropriate. (x - 5)(x + 3) x(3x - 1) 3x - 1 (x - 5)
Write a formula for f(t) that models the situation and then answer the question.An investment of $5000 will quadruple every 35 years. How much is the investment worth after 8 years?
Find the volume of the rectangular box in terms of the width W.The length is twice the width W, and the height is half the width.
Factor the expression completely. 1+x=2x²
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. 54
If possible, simplify the expression by hand. If you cannot, approximate the answer to the nearest hundredth. Variables represent any real number. 9A
Simplify. Leave numerators and denominators in factored form when appropriate. b²+1 b-1 b² - 1 b + 1
Write a formula for f(t) that models the situation and then answer the question.An investment of $2500 increases by a factor of 1.2 every 4 years. How much is the investment worth after 9 years?
Factor the expression completely. 3-5x-2x²
Find the volume of the rectangular box in terms of the width W.The width W is three times the height and one-third of the length.
Use the quotient rule to simplify the expression. Use positive exponents to write your answer.
Use the rule of 70 to estimate the time required for the given principal P to double at the annual percent interest rate R. Check your answer by using the continuously compounded interest formula. P=
Use the rule of 70 to estimate the time required for the given principal P to double at the annual percent interest rate R. Check your answer by using the continuously compounded interest formula. P
Simplify. Leave numerators and denominators in factored form when appropriate. 6b b+2 364 2b + 4
Find the volume and surface area of the sphere satisfying the given condition, where r is the radius and d is the diameter. Approximate values to the nearest tenth. d = 6.4 meters
Factor the expression completely. 5x³ + x² - 6x
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. 24x³ 6x
Factor the expression completely. 2x³ + 8x² - 24x
Simplify. Leave numerators and denominators in factored form when appropriate. 5x5 x-2 + 10x³ 5x – 10
Use the rule of 70 to estimate the time required for the given principal P to double at the annual percent interest rate R. Check your answer by using the continuously compounded interest formula. P
Write the expression in radical notation.61/2
Find the volume and surface area of the sphere satisfying the given condition, where r is the radius and d is the diameter. Approximate values to the nearest tenth. d = 16 feet
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. 10x² 5x
Write the expression in radical notation.(xy)1/2
Write the expression in radical notation.x2/3y1/5
Use the rule of 70 to estimate the time required for the given principal P to double at the annual percent interest rate R. Check your answer by using the continuously compounded interest formula. P=
Write the expression in radical notation.y-1/5
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. ⁰.y-y² y-2.y-3
Simplify. Leave numerators and denominators in factored form when appropriate. 2x + 4 x+1 x² + 3x + 2 4x + 2
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. aa
Use the rule of 70 to estimate the time required for the given principal P to double at the annual percent interest rate R. Check your answer by using the continuously compounded interest formula. P
Factor the expression completely. 20+ 7x - 6x²
Find the volume and surface area of the sphere satisfying the given condition, where r is the radius and d is the diameter. Approximate values to the nearest tenth. r = 4.1 inches
Factor the expression completely. 4 + 13x - 12x²
Write the expression in radical notation.71/3
Find the volume, the surface area of the side, and the total surface area of the cylinder that satisfies the given conditions, where r is the radius and h is the height. Approximate values to the
Simplify. Leave numerators and denominators in factored form when appropriate. За + 1 a² a+1 308
Factor the expression completely. 3x³ + 12x² + 9x
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. 12a²b³ 18a²b²
Use the rule of 70 to estimate the time required for the given principal P to double at the annual percent interest rate R. Check your answer by using the continuously compounded interest formula. P=
Simplify. Leave numerators and denominators in factored form when appropriate. x²-16 x +3 x +4 1²-9
Find the volume, the surface area of the side, and the total surface area of the cylinder that satisfies the given conditions, where r is the radius and h is the height. Approximate values to the
Factor the expression completely. 12x³8x² 20x
Use the quotient rule to simplify the expression. Use positive exponents to write your answer. -6x'y3 -5 3x
Simplify. Leave numerators and denominators in factored form when appropriate. x + 5 x³ X x² - 25 +³

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