0.88 as a fraction in simplest form

Answers

Answer 1
Answer:

Answer:

22/25

Step-by-step explanation:

0.88×100/1×100=88/100

88÷4/100÷4=22/25

Answer 2
Answer:

Answer: 22/25

Step-by-step explanation:

i took the test


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Which of the following is a polynomial with roots negative square root of 5, square root of 5, and 3?x3 − 2x2 − 3x + 6
x3 + 2x2 − 3x − 6
x3 − 3x2 − 5x + 15
x3 + 3x2 − 5x − 15

Answers

The polynomial with those roots would be: 

y = (x + √5)(x - √5)(x - 3) 
▬▬▬▬▬▬▬▬▬▬▬ multiply this out to get 
y = (x² - 5)(x - 3) 

y = x³ - 3x² - 5x +15

Answer:

The correct answer is the first one

Step-by-step explanation:

x3 − 2x2 − 3x +

Use the quadratic equation and you will get a polynomial with roots negative square root of 5, square root of 5, and 3

The amount of blood in a person's body varies directly with body weight. A person who weighs 160 lb has about 4.6 qt of blood. About how many quarts of blood are in the body of a 175-lb person?-How can you find the constant of variation?
-Can you write an equation that relates quarts of blood to weight?
-How can you use the equation to determine solution?

Answers

Step-by-step explanation:

Given that amount of blood is directly linked to body weight of the person.

b\propto W

b=kW

(b)/(W)=k

b = Amount of blood

W = weight of the person

k = proportionality constant or constant of variation

1) Given that, person who weighs 160 lb has about 4.6 quart of blood.

b = 4.6 quart, W = 160 lb

k=(b)/(W)=(4.6 quart)/(160 lb)=0.02875 quart/lb

The constant of variation is of value 0.02875 quart/lb.

2) An equation that relates quarts of blood to weight:

b=0.02875 quart/lb* W

3) If, b = ?,W = 175 lb

b=0.02875 quart/lb* W

b=0.02875 quart/lb* 175 lb=5.03125 quart

5.03125 quarts of blood are in the body of a 175-lb person.

The statements expresses as
∝ b
where w = body's weight, b = amount of blood

Changing it into a direct variation becomes
w = kb    or   k = w/b
where k = proportionality constant

We know that k is obviously constant, we equation it into two states as
w
₁/b₁ = w₂/b₂

Given that w₁ = 160 lb, b₁ = 4.6 qt, b₂ = 175, w₂ = 175 lb. Then b₂ will be
160/4.6 = 175/b₂
b₂ = 160/(4.6*175) = 160/805 = 0.20 quarts

Your questions are integrated in just step-by-step solution. 

Solve the quadratic function by completing the square. What are the missing pieces in the steps?–32 = 2(x2 + 10x)
–32 + _____ = 2(x2 + 10x + 25)
18 = 2(x + 5)2
9 = (x + 5)2
± _____ = x + 5
x = –2 or x = ____

_____=missing pieces

Answers

If you would like to solve the quadratic function by completing the square, you can do this using the following steps:

- 32 = 2(x^2 + 10x)
- 32 + 50 = 2(x^2 + 10x + 25)
18 = 2(x + 5)^2
9 = (x + 5)^2
± sqrt(9) = x + 5
± 3 = x + 5
x = - 2 or x = - 8

The steps used in completing the square of the given quadratic equation have been detailed below.

How to complete the square of quadratic Equations?

The first step given is;

- 32 = 2(x² + 10x)

The next step is to add a square of half the coefficient of x. Which in this case is 50 to both sides.

Second step is;

-32 + 50 = 2(x² + 10x + 25)

Third step is to further simplify the left and favtorize the right to get;

18 = 2(x + 5)²

9 = (x + 5)²

Fourth step is to take square root of both sides to get;

±√9 = x + 5

±3 = x + 5

Thus;

x = - 2 or x = - 8

Read more about completing the square at; brainly.com/question/10449635

#SPJ5

A sine function can be used to model light waves. Green light has a wave length, or period of about 520 nm. Which equation best models green light?A.) y=sin 260/pi theta

B.) y= sin pi/520 theta

C.) y= sin 520/pi theta

D.) y= sin pi/260 theta


Please help

Answers

Answer:

y = A sin (kx \pm wt)

Where k represent the number of wave k =(2\pi)/(\lambda) and w =(2\pi)/(T) represent the angular frequency with T the period.

For this case we know tha T = 520 nm

And the angular frequency would be given by:

w = (2\pi)/(520)= (pi)/(260)

So then the possible anwer for this case would be:

D.) y= sin pi/260 theta

Since is the only option with satisfy the general equation of a wave.

Step-by-step explanation:

Since the sine function can be used to model light waves we can use the following general expression:

y = A sin (kx \pm wt)

Where k represent the number of wave k =(2\pi)/(\lambda) and w =(2\pi)/(T) represent the angular frequency with T the period.

For this case we know tha T = 520 nm

And the angular frequency would be given by:

w = (2\pi)/(520)= (pi)/(260)

So then the possible anwer for this case would be:

D.) y= sin pi/260 theta

Since is the only option with satisfy the general equation of a wave.

Solve the problem by using the counting principle. (: Drapery is sold in 4 different fabrics. Each fabric comes in 13 different patterns. Each pattern is offered in 9 different colors. How many fabric-pattern-color combinations are there?

Answers

so 4 fabrices13 pattersns per fabric9 colors per fabricfirst consider 4 fabrrics and 13 paterns13 patterns per fabric and 4 fabric so 4 times 13=52 totalthen 952 patterns9 for each52 times 9=468468 patterns total

What's the simplified form of x-1+4+7x-3

Answers

x-1+4+7x-3
x+7x-3-1+4
8x-4+4
8x

:)
Solution

1) Gather like terms

(x+7x)−1+4−3

2) Simplify

8x−1+4−3

3) Simplify

8x