a. A wheelchair ramp with a length of 52 inches has a horizontal distance of 48 inches. What is the ramp's vertical distance? 52 in. x in. b. Construction laws are very specific when it comes to access ramps for the disabled. Every vertical rise of 1 inch requires a horizontal run of 12 inches. Does this ramp satisfy the requirements? 48 in. a. The vertical distance of the ramp is b. Does this ramp satisfy the requirements? Choose the correct answer below. O A. No, the ramp does not satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run does not equal 1:12. O B. Yes, the ramp does satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is equal to 1:12. OC. Yes, the ramp does satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is greater than 1:12. O D. No, the ramp does not satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is less than 12:1.

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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a. A wheelchair ramp with a length of 52 inches has a horizontal distance of 48 inches. What is
the ramp's vertical distance?
52 in.
x in.
b. Construction laws are very specific when it comes to access ramps for the disabled. Every
vertical rise of 1 inch requires a horizontal run of 12 inches. Does this ramp satisfy the
requirements?
48 in.
a. The vertical distance of the ramp is
b. Does this ramp satisfy the requirements? Choose the correct answer below.
O A. No, the ramp does not satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run does not equal 1:12.
O B. Yes, the ramp does satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is equal to 1:12.
Oc. Yes, the ramp does satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is greater than 1:12.
O D. No, the ramp does not satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is less than 12:1.
Transcribed Image Text:a. A wheelchair ramp with a length of 52 inches has a horizontal distance of 48 inches. What is the ramp's vertical distance? 52 in. x in. b. Construction laws are very specific when it comes to access ramps for the disabled. Every vertical rise of 1 inch requires a horizontal run of 12 inches. Does this ramp satisfy the requirements? 48 in. a. The vertical distance of the ramp is b. Does this ramp satisfy the requirements? Choose the correct answer below. O A. No, the ramp does not satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run does not equal 1:12. O B. Yes, the ramp does satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is equal to 1:12. Oc. Yes, the ramp does satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is greater than 1:12. O D. No, the ramp does not satisfy the requirements because, using the given dimensions, the ratio of vertical rise to horizontal run is less than 12:1.
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