Harold works at a men,s clothing store which marks up its retail clothing by 27%. The store purchases pants for 74.00 suit jackets for 325.00 and dress shirts for 48.00 how much will Harold charge a customer for two pairs of pants ,three dress shirts and a suit jacket?
<span>Y= Retail price
</span>X= Purchase Price
Formula: Y= X(1 + 0.27)
Pants: $74.00 x 1.27 = 93.98
Dress: $325.00 x 1.27 = 412.75
Shirt: 48.00 x 1.27 = 60.96
2 pants: $93.98 x 2 = $187.96
3 dresses: $412.75 x 3 = $1,238.25
1 suit jacket: $60.96 x 1 = $60.96
187.96
1,238.25
<span>+ 60.96
</span>1,487.17
Harold would charge a customer $1,487.17 for <span>two pairs of pants, three dress shirts and a suit jacket at a markup price of 27%</span>
Answer:
9x - 5
Step-by-step explanation:
(4x – 6) + (5x + 1).
4x - 6 + 5x +1
9x - 5
Have a good day
(2 + x + x) / 3 = 22
2 + x + x = 66
2x = 64
x = 32
The numbers are:
2 32 and 32
(2 + 32 + 32) / 3 = 22
66 / 3 = 22
Correct!!
6 more gallons, I don’t know how it’ll be as an inequality though, maybe. 40x/4= 24x/4=6 ?
Answer:
<h3>
5 < x < 27 {x - lenght of unknown side}</h3>
Step-by-step explanation:
If we have triangle of sides: a, b, c, and a < b < c (or b<a<c) then:
for triangle to exist:
a + b > c
So:
if a=11, b=16 then 11 + 16 > c ⇒ c < 27
if a=11, c = 16 then 11 + b > 16 ⇒ b > 5
We don't know if the unknown side (x) is the longest or not, so it has to be greater than 5 and less than 27
5 < x < 27
