Nikki wants to buy a dog bed that costs $87. She earns $6 per week for doing chores.

Answers

Answer 1
Answer: I think in this question you want to know the number of days it will take Nikki to buy the dog bed. Based on this assumption i am proceeding with the problem. There are several information's given in the problem and it is required to note them down first.
Cost of the dog bed = $87
Amount Nikki earns each day doing chores = $6
Let us assume the number of days Nikki requires to collect this amount = x
Then
6x = 87
x = 87/6
   = 14.5 days
As it cannot be 14.5 days so it should be 15 days. there will be some excess amount in the hands of Nikki. If we take 14 days then the amount collected by Nikki will be less.So it will require Nikki to work for 15 days to collect the amount needed for buying the dog bed.
Answer 2
Answer: Anwser : 14.6

Do this!

87 divided by 6= 14.6

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Miguel painting letters of alphabet on cubes. he will paint one letter of the alphabet on each cube. he knows that there are 26 letters in the alphabet. how many cubes will how need if he paints each letter once? how many faces on the last cube will be empty?

Answers

He will need 5 cubes, as there are 6 faces on each cube. 6 multiplied by 5 is 30. 30 minus 26, the number of letters than we need, is 4. There will be 4 faces left. 
4 sides left bro hope it helps

Help in solving $0.32c=$7.36

Answers

divide both sides by 0.32 and you'll get the value for c

How do you factor 3x^2+7x-6=0 and solve?

Answers

Do the factoring method
(3x-2)(x+3)
3x=2     X=-3
x=2/3

if we check
3x2+7x=6
3(2/3)2+7(2/3)=6
4/3+14/3=6
18/3=6
The x=2/3 is correct now lets see the x=-3
3x2+7x=6
3(-3)2+7(-3)=6
3(9)-21=6
27-21=6
6=6


so both x can be used in factoring


Answer: x2=-3

Step-by-step explanation:

Rewrite the expression as a complex number in standard form a+bi

Answers

Answer:

\textbf{$a + bi = 2 + i$}\n

Step-by-step explanation:

\textup{Given:}\n$$(4 + √(16 - (4)(5)))/(2)$$\n\textup{This can simplified as:}\n\vspace{6mm}\n

$ (4 + \sqrt(-4))/(2)$\vspace{6mm}\n$\implies (4 + 2i)/(2)$\vspace{5mm}\n$\implies 2 \left(  (2 + i)/(2) \right)$\vspace{5mm}\n$$\therefore a + bi = 2 + i$$

The expression

4 + (√(16 - (4)(5)))/(2)

can be rewritten as a complex number in standard form as 4 + i.

How did we get the value?

To rewrite the expression

4 + (√(16 - (4)(5)))/(2)

as a complex number in standard form a + bi, we need to simplify the expression inside the square root and then perform the necessary calculations.

The expression inside the square root is 16 - (4)(5) = 16 - 20 = -4. Since we have a negative value inside the square root, we can rewrite it as 2i√{1} to simplify it.

Now, let's rewrite the expression:

\[4 + (√(16 - (4)(5)))/(2) = 4 + (√(-4))/(2) = 4 + (2i√(1))/(2) = 4 + i√(1)\]

Since √{1} = 1, the expression becomes:

4 + i√{1} = 4 + i

Therefore, the expression

4 + (√(16 - (4)(5)))/(2)

can be rewritten as a complex number in standard form as 4 + i.

learn more about complex number in standardform: brainly.com/question/12241782

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Find the sum.
(-x - 2y - 4z) + (7x - 6y - 6z)

Answers

−x−2y−4z+7x−6y−6z

=−x+−2y+−4z+7x+−6y+−6z

Combine Like Terms:

=−x+−2y+−4z+7x+−6y+−6z

=(−x+7x)+(−2y+−6y)+(−4z+−6z)

=6x+−8y+−10z

\bold{6x - 8y -10z}




the 175 anniversary of the completion of the erie canal was in the year 2000 if it took 8 years to dig the canal in what year did the digging of the erie canal begin?

Answers

1992 or the 167 anniversary