Ask question

Ask question

All categories

3 years ago

11

At your new job, you need to sell at least $200 worth of clothing product to earn a bonus. Each t-shirt sells for $9. How many t

-shirts must you sell to earn a bonus. (I need help solving this, can someone help me, this is algebra 1)

1 answer:

natka813 [3]3 years ago

8 0

You need to sell 23 shirts to get your bonus

You might be interested in

Write a rule to describe each translation

ArbitrLikvidat [17]

Answer:

slide - translate

Step-by-step explanation:

you slided them both as neither of the figures changed

6 0

2 years ago

Each student in a classroom has chosen either a green, red, or blue marble and written their initials on it. In addition, some o

scoundrel [369]

A. 2/5 B. 1/3 just like the other person said lol

7 0

3 years ago

Jason's two test scores in English are 87 and 91. What must he score on the third test to get an average test score of 92 or bet

irga5000 [103]

You first find the average of the first two test scores. When you find the average, you add the two numbers together and then divide by two which gives you 89. You then plug in different scores above the number 89 and find the average of those (89 and x) to see which gives you an average of 92. It’s mostly a guess and check type of problem.

5 0

3 years ago

Aryana wants to invest $43,000. She has two options. Option A gives her 6% compounded quarterly. Option B gives her 6% simple in

solmaris [256]

Answer:

Option A earns higher interest($84115.58)

the difference in interest between the two option is $197.9

Step-by-step explanation:

In the problem we are going to apply both the simple interest formula and compound interest formula and compare which has the best/higher returns

Given data

Principal P= $43,000

Rate r= 6%= 0.06

time t= 3years

n= 4 (applicable for compound interest compounded quarterly)

solving for option A gives her 6% compounded quarterly

the compound interest formula is

$A= P(1+\frac{r}{n} )^n^t\\A= 43000(1+\frac{0.06}{4} )^{4} ^*^3$

$A=43000(1+0.015)^{12} \\A=43000(1.015)^{12} \\A=43000*1.1956\\A= 51411.58$

Interest is $A-P= 51411.58-43000= 8411.58$ =$8411.58

solving for option B which gives her 6% simple interest annually

the simple interest formula is

$A=P(1+r)^{t} \\A=43000(1+0.06)^3\\A=43000(1.06)^3\\A=43000*1.191\\A= 51213.68$

Interest is $A-P=51213.68-43000= 8213.68$ = $8213.68

calculating the diference in interest between the two options we have

$8411.58-8213.68= 197.9$ = $197.9

Option A earns higher interest

8 0

4 years ago

A table is on sale for 464 , which is 36% less than the regular price.

viva [34]

The original price was 725.
Explanation:
"36% less than" means taking 36% away from 100%. 100-36 is 64, so 64% remains when 36% is taken away. So, 64% of the original table's price is 464.
So, if the original price was x, 464=0.64x
Solve this by dividing both sides by 0,64:
725=x
So, the original price was 725.

3 0

4 years ago