X over two is equal to 11

Answers

Answer 1

Answer: Multiply each side by 2.

Answer 2

Answer: if x over two equals 11 then:
x= 11x2
x = 22

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A shipment of marbles with a mean diameter of 27 mm and a standard deviation of 0.15 mm is normally distributed. By how many standard deviations does a marble with a diameter of 26.85 mm differ from the mean?

Answers

This could be solved by calculating the z-score. Itsdefinition is the number of standard deviations from the mean a data point is.The formula is,

Z =║Data point – Mean║ / Std. dev.

Z = ║26.85 mm – 27 mm║ / 0.15

Z = 1

Answer:

The answer would be 1

Step-by-step explanation:

What is the best estimate for the mass of a bicycle

Answers

Answer:

10 kilograms

Step-by-step explanation:

D for dog

Answer:

1o kilo dog

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Answers

V=A*h*1/3 - equation to count volume of the pyramid
A=93.5 sq ft
h=6 ft
V=93.5*6*1/3=93.5*2=187 cubic ft

The volume of a pyramid with a hexagon base is: 1/3 * area of the base * height.

So: 1/3 * 93.5 * 6 = 187.

Factor the expression using GCF
20p-60=___

Answers

20p - 60
20(p) - 20(3)
20(p - 3)

Which monomials are perfect squares? Check all that apply. 6x2 9x8 16x9 25x12 36x16

Answers

Answer: $9x^8, 25x^(12) , 36x^(16)$

Step-by-step explanation:

Let's check all the monomials

$6x^2$

Here 6 is not square digit, hence this monomial is not a perfect square.

$9x^8=(3)^2(x^4)^2 =(3x^4)^2$

Here 9 is a square digit and the power of x i.e. 8 is multiple of 2 .

Hence, this monomial is a perfect square.

$16x^9$

Here 16 is a square digit but the power of x i.e.9 is not multiple of 2 .

Hence, this monomial is not a perfect square.

$25x^(12) =(5x^6)^2$

Here 25 is a square digit and the power of x i.e. 12 is multiple of 2 .

Hence, this monomial is a perfect square.

$36x^(16)=(6x^8)^2$

Here 36 is a square digit and the power of x i.e.16 is multiple of 2 .

Hence, this monomial is a perfect square.

Answer:

B, D, E

Step-by-step explanation:

I just did the unit test and got it right

Martin has a combination of 33 quarters and dimes worth a total of $6. Which system of linear equations can be used to find the number of quarters, q, and the number of dimes, d, Martin has?A) q + d = 6
25q + 10d = 33

B) q + d = 6
0.25q + 0.1d = 33

C) q + d = 33
25q + 10d = 6

D) q + d = 33
0.25q + 0.1d = 6