To find the price per shirt, simply divide the total (combined) cost of the shirts by the amount of shirts
A.) $26.96 (cost of 6 shirts) ÷ 6 (shirts) = $4.49 per shirt
B.) $21.00 (cost of 5 shirts) ÷ (5 shirts) = $4.20 per shirt
C.) $28.50 (cost of 7 shirts) ÷ (7 shirts) = $4.07 per shirt
Comparing A, B, and C, the best buy would be C ($28.50 for 7 shirts)
Answer:
The correct option is option (B).
He would be saving $10,485.75.
Step-by-step explanation:
We know that,
1 cent =$ 0.01.
Geometric sequence:
- The first term of the sequence be a and common ratio n, then
term of the sequence is
. - The sum of the sequence is
where r>1
where r<1
=na where r=1
Here first term(a)= $0.01, r= 2 , n=20

=10,485.75
He would be saving $10,485.75.
185 tickets
You can get this by setting up a system of equations and solving by substitution.
x + y = 364 (number of tickets)
2x + 4.5y = 1175.50 (Cost)
Answer:
19 over 228
Step-by-step explanation:
Answer:
x = 8
Step-by-step explanation:
Triangle OBC is congruent to triangle OBA (SAS ---- side angle side)