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The Green Party at a large university plans to line both side of a 48-foot hallway with posters endorsing a candidate for stat senate. Each of the posters cost them $5.95, they’re 3 feet wide, and there will be 6 feet between posters. Assume the first poster on each end will be exactly even with the start of the hall. Estimate how much this will costs.

The Green Party at a large university plans to line both side of a 48-foot hallway-example-1
User Parliament
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2 Answers

13 votes
13 votes

Final answer:

To line a 48-foot hallway with posters 3 feet wide and 6 feet apart, the Green Party can fit 5 sets of posters on each side, totaling 10 posters. At a cost of $5.95 per poster, the estimated total cost is $59.50.

Step-by-step explanation:

To estimate the cost of lining a 48-foot hallway with posters, we need to calculate the total number of posters that can fit along the hallway's length, considering each poster's width and the space between them. As specified, each poster is 3 feet wide and there will be a 6-foot gap between them. Additionally, the first poster on each end will be even with the start and end of the hall, which means we do not need to account for additional space at the ends beyond the last posters.

The total available length for posters and gaps is 48 feet. To find out how many sets of a poster and a gap can fit, we calculate:

Total length per poster and gap is 3 feet (poster width) + 6 feet (gap) = 9 feet

Number of posters and gaps that can fit is 48 feet ÷ 9 feet = 5.33, which we round down to 5 sets since we can't have a fraction of a set.

Since there are two sides to the hallway, we multiply the number of sets by 2, resulting in 5 sets × 2 = 10 posters in total.

Finally, multiplying the cost of each poster by the number of posters gives us the total cost:

$5.95 (cost per poster) × 10 (number of posters) = $59.50

Therefore, the Green Party will spend an estimated $59.50 on posters.

User SwampThingTom
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10 votes
10 votes

Explanation

We are told that the foot hallway is 48 foot

Thus, we have to compute the number of posters and space that can be found in the foot hallway

We can observe that there will be


\begin{gathered} 6\text{ numbers of 3ft posters} \\ 5\text{ numbers of 6ft spaces} \end{gathered}

Thus, there are 6 posters

So to compute the cost, we will have


\text{ \$5.95}*6=\text{ \$35.7}

Thus, the cost will be $35.70

User Bolke De Bruin
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