What is the value of s in the equation

1 answer:

6 0

The answer is B. 16 because you multiply 4 with 2s and -1 so the new equation will be 8s-4=7s+12 and you have to subtract the variable 7s to 8s the equation will be 1s-4=12 and add 4 to 12 and it gives you 16 and just divide 16 and one and you answer should be 16. :)

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The probability that an electronic device produced by a company does not function properly is equal to 0.1. If 10 devices are bo

pantera1 [17]

Answer is A hope this helps :)

8 0

3 years ago

36x^2-21x-30 factor

miv72 [106K]

Easy...

to even begin to factor..you must factor out a 3, to simplify your answer.

3(12 $x^{2}$ -7x-10)

Now, you can factor.

$3(12 x^{2} -7x-10)$

So..to find the answer...

12*-10=-120x
and
you would use -7x

What multiplies to -120..but adds to -7?

-15*8=-120
and
-15+8=-7

To find the answer, plug in what you know..

3(3x+2)(4x-5)

Thus, your answer.

8 0

3 years ago

Solve the following: -5² + 10² (2 × (-5) × 3) + 3³ Give your answer in simplest form.

notsponge [240]

Problem 1: -5^2 + 10^2
Work:
-5^2 + 10^2—> (-5 x -5) + (10 x 10) —> 25 + 100 = 125
Answer:
125

Problem 2: (2 x (-5) x 3) + 3^3
Work:
(2 x (-5) x 3) + 3^3 > (-25 x 3) + 3^3 —> -75 + 3^3 —> -75 + 27 —> 48
Answer:
48

5 0

2 years ago

3 x2 + 5x + 6 + x − 1 x + 2 = 7 x + 3

skelet666 [1.2K]

Your format is not placed correctly. It seems like you just copied and pasted your question into brainly. Try to make the question again.

5 0

3 years ago

Choose the correct solution set for each graph

Stolb23 [73]

Hello from MrBillDoesMath!

Answer:

Leftmost graph: x<= -2 or ( minus infinity, -2]

Middle graph: (-5, infinity)

Right graph: (-2, 3)

Discussion:

I n the graphs the white circle means that value is NOT included in the set. For example, In the Right graph the values -2 and +3 (the "endpoints") are NOT included in the solution set.

In graphs ")" means the value is NOT included but "]" (the square bracket) means the value IS included.

Regards,

MrB

P.S. I'll be on vacation from Friday, Dec 22 to Jan 2, 2019. Have a Great New Year!

4 0

3 years ago

Read 2 more answers