for one side of the pen. What dim C. Exercises 36. Solvex + 36 = 13x². Write a quadratic equation and solve. 37. In a certain right triangle, one leg is eight less than the hypotenuse and the other leg is one less than the 38. A 10 in. X 12 in. painting has a wooden frame of uniform width. What is the width of the frame if the hypotenuse. Find the lengths of the three sides. entin

Intermediate Algebra
19th Edition
ISBN:9780998625720
Author:Lynn Marecek
Publisher:Lynn Marecek
Chapter9: Quadratic Equations And Functions
Section: Chapter Questions
Problem 548PT: Model the situation with a quadratic equation and solve by any method. 548. A water balloon is...
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I need help with 37, please. Algebra 2 third edition ISBN: 978-1-64626-475-9

CO80
450
HRO
be
000
700
1000
Write a quadratic equation and solve.
31. Find two integers whose sum is 33 and whose product is 266.
32. Find two integers whose difference is 28 and whose product is - 192.
33. Find the base and height of the triangle if its area is 84 cm²
34, Bethany wants to add a solid blue border of equal width on two adjacent
sides of a 3 in. X 9 in. quilt block. How wide of a strip should she use
for the border to increase the area by 64 in. 27
TIVE REVIEW
spression. [Algebra 1]
0000
all that the formula for finding the height of a
actile at time t in seconds is h = -16t² + vt + hi
v; is the initial vertical velocity and h, is the initial
for one side of the pen. What dimensions will produce an enclosed area of 288 ft?lo T
35. Jeremy has 50 ft of fencing to enclose a rectangular pen for his dog. He plans on using a side of his house
long will it take for a ball thrown from a
to hit the ground?
of 48 ft with an initial vertical velocity of
does it take for a piece of ice to fall
of a 256 ft high-rise building?
D
C. Exercises
sart
36. Solve x² + 36 = 13x².
Write a quadratic equation and solve.
37. In a certain right triangle, one leg is eight less than the hypotenuse and the other leg is one less than the
hypotenuse. Find the lengths of the three sides.
38. A 10 in. X 12 in. painting has a wooden frame of uniform width. What is the width of the frame if the
entire piece, including the frame, covers an area of 224 in. 2?
80
39. Under a given set of conditions, the stopping distance d (in meters) for a car with an initial speed s
(in m/sec) is modeled by d = 0.08s² + 0.8s. Using this model, find the initial speed of a car that stops
in 30 m.
CE
2.11
X-
0 = (8
C
-
(C
x + 12
*)(2x + x)
Transcribed Image Text:CO80 450 HRO be 000 700 1000 Write a quadratic equation and solve. 31. Find two integers whose sum is 33 and whose product is 266. 32. Find two integers whose difference is 28 and whose product is - 192. 33. Find the base and height of the triangle if its area is 84 cm² 34, Bethany wants to add a solid blue border of equal width on two adjacent sides of a 3 in. X 9 in. quilt block. How wide of a strip should she use for the border to increase the area by 64 in. 27 TIVE REVIEW spression. [Algebra 1] 0000 all that the formula for finding the height of a actile at time t in seconds is h = -16t² + vt + hi v; is the initial vertical velocity and h, is the initial for one side of the pen. What dimensions will produce an enclosed area of 288 ft?lo T 35. Jeremy has 50 ft of fencing to enclose a rectangular pen for his dog. He plans on using a side of his house long will it take for a ball thrown from a to hit the ground? of 48 ft with an initial vertical velocity of does it take for a piece of ice to fall of a 256 ft high-rise building? D C. Exercises sart 36. Solve x² + 36 = 13x². Write a quadratic equation and solve. 37. In a certain right triangle, one leg is eight less than the hypotenuse and the other leg is one less than the hypotenuse. Find the lengths of the three sides. 38. A 10 in. X 12 in. painting has a wooden frame of uniform width. What is the width of the frame if the entire piece, including the frame, covers an area of 224 in. 2? 80 39. Under a given set of conditions, the stopping distance d (in meters) for a car with an initial speed s (in m/sec) is modeled by d = 0.08s² + 0.8s. Using this model, find the initial speed of a car that stops in 30 m. CE 2.11 X- 0 = (8 C - (C x + 12 *)(2x + x)
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