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A hockey team has
$700 to buy new jerseys. Ice-wear, a jersey supplier, charges
$50 per jersey. How many new jerseys can the team buy?
Complete the equation that models the # of jerseys the team can afford
(n). Then, solve the equation. Write a conclusion to the problem.

A hockey team has $\$ 700$ to buy new jerseys. Ice-wear, a jersey supplier, charges $\$ 50$ per jersey. How many new jerseys can the team buy? $\newline$ Complete the equation that models the $\#$ of jerseys the team can afford $(n)$ . Then, solve the equation. Write a conclusion to the problem.

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Interpret confidence intervals for population means

Full solution

Q. A hockey team has

\$ 700

to buy new jerseys. Ice-wear, a jersey supplier, charges

\$ 50

per jersey. How many new jerseys can the team buy?

\newline

Complete the equation that models the

\#

of jerseys the team can afford

(n)

. Then, solve the equation. Write a conclusion to the problem.

Identify Budget and Cost: Identify the total budget and the cost per jersey. $\newline$ The hockey team has $\$700$ to spend on jerseys, and each jersey costs $\$50$ .
Set Up Equation: Set up the equation to determine the number of jerseys $n$ the team can afford. $\newline$ The equation is: $\$700$ (total budget) ÷ $\$50$ (cost per jersey) = $n$ (number of jerseys).
Calculate Number of Jerseys: Calculate the number of jerseys the team can buy. $\newline$ $\$700 \div \$50 = 14$ $\newline$ So, the team can buy $14$ jerseys.
Write Conclusion: Write a conclusion to the problem. $\newline$ The hockey team can afford to buy $14$ new jerseys with their $\$700$ budget.

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