3÷ 1/2 1÷1/4 1/2÷2 1/3=4 2÷ 1/6 1/4÷3

Kayleen has been offered two jobs. The first job offers and annual salary of $32000. The second job offers an annual salary of $

xz_007 [3.2K]

Answer:

The amount of money he makes in sale to earn enough commission is $22,000 .

Step-by-step explanation:

Given as :

The salary offered for the first job = $32000 annually

The salary offered for the second job = $10,000 annually + 8% per sales commission

Now, let the number of sale make by Kayleen to earn commission to make more money at second job = n sales

Now, According to question

The salary offered for the first job = The salary offered for the second job + 8% of number of sales

Or, $32,000 = $10,000 + 8% of n

Or, $32,000 - $10,000 = $\frac{8}{100}$ ×n

Or, $22,000 = 0.08×n

∴ n = $\frac{22,000}{0.08}$

I.e n = 275,000

So, The amount of money he makes in sale to earn enough commission = 8% of n

I,e The amount of money he makes in sale to earn enough commission = 0.08×275,000

Or, The amount of money he makes in sale to earn enough commission = $22,000

Hence, The amount of money he makes in sale to earn enough commission is $22,000 . Answer

5 0

3 years ago

My book is 58 pages. I have already read 13 pages. I plan to read 5 pages each day until I finish the book.

ELEN [110]

C. (58-13)÷5=d

hope this helps, Buddy

6 0

3 years ago

Read 2 more answers

Factor the following expressions using your method of choice. After factoring each expression completely, check your

OLEGan [10]

Answer:

1. $2x^{2}-x-10 =(2x-5)(x+2)$

2. $6x^{2}+7x-20 = (3x-4)(2x+5)$

3. $4x^{2}-4x+1 = (2x-1)(2x-1) = (2x-1)^{2}$

4. $A=\frac{1}{2}(2x-3)(x+3)=\frac{1}{2}(b*h)$

b = 2x-3 and h = x+3.

Step-by-step explanation:

1. First, we need to find two numbers that multiply together to get -10 and 2x².

For example we chose this combination:

2x² = 2x*x let's define a=2x and b=x

-10 = (-5)*2 let's define c=-5 and d=2

Now we must verify that a*d + b*c = -x (-x is the middle term of the polynomial)

2*2x + (-5)*x = 4x - 5x = -x, so these values are correct.

Then we can rewrite the polynomial as:

$2x^{2}-x-10 = (a+c)(b+d)=(2x-5)(x+2)$

2. We can use the same method.

6x² = 3x*2x let's define a=3x and b=2x

-20 = (-4)*5 let's define c=-4 and d=5

Now we must verify that a*d + b*c = 7x

3x*5 + 2x*(-4) = 15x - 8x = 7x, it is correct!

Then we can rewrite the polynomial as:

$6x^{2}+7x-20 = (3x-4)(2x+5)$

3. Before factoring it, we can multiply by -1 each term, we will have $4x^{2}-4x+1$

4x² = 2x*2x let's define a = 2x and b = 2x

1 = (-1)*(-1) let's define c = -1 and d = -1

Now we must verify that a*d + b*c = -4x

2x*(-1) + 2x*(-1) = -4x, it is correct!

Then we can rewrite the polynomial as:

$4x^{2}-4x+1 = (2x-1)(2x-1) = (2x-1)^{2}$

4. $A=x^{2}+\frac{3}{2}x-\frac{9}{2}$

If we factor out 1/2 of each term, we will have:

$A=\frac{1}{2}(2x^{2}+3x-9)$

And using the above method we can factorize

$2x^{2}+3x-9=(2x-3)(x+3)$

So, the area will be:

$A=\frac{1}{2}(2x-3)(x+3)$

and the area of the triangle is base times height over 2 ((b*h)/2)

$A=\frac{1}{2}(2x-3)(x+3)=\frac{1}{2}(b*h)$

Therefore, b = 2x-3 and h = x+3.

I hope it helps you!

3 0

3 years ago

Representatives has 35 more members than four times the number of members in the united statessenate define a variable and write

Luda [366]

Let x be the number of representatives

Y be the number of members in united states senate

Representatives has 35 more members than four times the number of members in the united states senate

X = 4y + 35

x = 4(100) + 35

<span>x = 435 number of members in the house</span>

6 0

3 years ago

of the 24 students in Greg's class 3/8 ride the bus to school. How many students ride the bus to school?

Leto [7]

In Greg's class 9 of the 24 students ride the bus to school.

4 0

3 years ago

3÷ 1/2 1÷1/4 1/2÷2 1/3=4 2÷ 1/6 1/4÷3​

3÷ 1/2 1÷1/4 1/2÷2 1/3=4 2÷ 1/6 1/4÷3