A candidate has budgeted $9,600 to spend on radio and television advertising. A radio ad costs $384 per 30-second spot and a television ad costs $800 per 30-second spot. How many radio and television spots can the candidate purchase without exceeding the budget? Express your answer as a linear inequality with appropriate nonnegative restrictions and draw its graph. Let x be the number of radio spots and let y be the number of television spots. Choose the correct answer below. O A. 384x+ 800y 2 9,600, x2 0, y 20 O B. 384x + 800y > 9,600, x2 0, y 2 0 OC. 384x + 800y < 9,600, x20, y 2 0 O D. 384x+ 800y s 9,600, x2 0, y 20 Use the graphing tool to graph the inequality and the boundary lines representing the nonnegative constraints.

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ISBN:9781938168383
Author:Jay Abramson
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Chapter4: Linear Functions
Section: Chapter Questions
Problem 4PT: Given the following set of information, find a linearequation satisfying the conditions, if...
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A candidate has budgeted $9,600 to spend on radio and
television advertising. A radio ad costs $384 per 30-second spot
and a television ad costs $800 per 30-second spot. How many
radio and television spots can the candidate purchase without
exceeding the budget? Express your answer as a linear
inequality with appropriate nonnegative restrictions and draw its
graph.
Let x be the number of radio spots and let y be the number of
television spots. Choose the correct answer below.
O A. 384x+ 800y 2 9,600, x2 0, y 20
O B. 384x + 800y > 9,600, x2 0, y 2 0
OC. 384x + 800y < 9,600, x20, y 2 0
O D. 384x+ 800y s 9,600, x2 0, y 20
Use the graphing tool to graph the inequality and the boundary
lines representing the nonnegative constraints.
Transcribed Image Text:A candidate has budgeted $9,600 to spend on radio and television advertising. A radio ad costs $384 per 30-second spot and a television ad costs $800 per 30-second spot. How many radio and television spots can the candidate purchase without exceeding the budget? Express your answer as a linear inequality with appropriate nonnegative restrictions and draw its graph. Let x be the number of radio spots and let y be the number of television spots. Choose the correct answer below. O A. 384x+ 800y 2 9,600, x2 0, y 20 O B. 384x + 800y > 9,600, x2 0, y 2 0 OC. 384x + 800y < 9,600, x20, y 2 0 O D. 384x+ 800y s 9,600, x2 0, y 20 Use the graphing tool to graph the inequality and the boundary lines representing the nonnegative constraints.
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