Write 57.6% as a fraction in simplest form?

Answers

Answer 1
Answer:

The simplest form of the 57.6% as a fraction is 72 / 125.

What is a fraction?

A fraction is a numeral that represents a rational number.

Let a and b be two numbers, then their fraction can be represented as a/b.

The given percent value is 57.6 %.

The fraction value of 57.6% can be written as

= 57.6 / 100

= 576 / 1000

= 72 / 125

The simplest form of the 57.6% as a fraction is 72 / 125.

To know more about Fraction on:

brainly.com/question/10708469

#SPJ5

Answer 2
Answer: 57.6% = 57.6/100 = 576/1000

(576)/(1000) =(72*8)/(125* 8) =\boxed{\bf{(72)/(125)}}

Related Questions

Can someone answer this plzz
A boat is marked up 20% on the original price. The original price was $50. What is the sale price of the boat before sales tax?
X-2 supra x+3=2 supra 3
Fifth grade 120 dollars Sixth grade 180 dollars Seventh grade 240 dollars Eighth grade 300 dollars. a.Write three statements that the principal could makewhen comparing the goals each grade has set. b. The teachers set a goal of $225. Write two statements the principal could use to compare this goal to the eighth graders' goal
Willy and Bill kept track of the distance each rode on his bike last week. Willy rode a total of 121.3 kilometers. Bill rode a total of 121.30 kilometers. Which statement is true? A. Bill rode a greater distance than Willy rode. B. Willy rode a greater distance than Bill rode. C. Willy and Bill rode an equal distance on their bikes.

Fill out the function table for this
equation: y = x + 5

Answers

Function Table Tutorial:

We start the function table at the y-intercept, which is listed as 5 in this equation. Since this is at the y-intercept, the x-value would be 0.

(0,5)

Next you use the slope to find the next x and y values. The slope is x, or 1. So whenever you move up a 1 x-value, you'll also move up 1 y-value.

(1,6)

A thing to consider is that you can just plug in any x-value you want and then you can solve the equation to get the y-value that goes with it.

Example:

y = x + 5 --->  y = 2 + 5 ---> y = 7

By doing this, you can easily get all of the functions in the table.(

The first few functions of y = x + 5:

(0,5)

(1,6)

(2,7)

(3,8)

(4,9)

(5,10)

(6,11)

(7,12)

(8,13)

(9,14)

(10,15)

Hope this helps, :)

Answer:

Step-by-step explanation:

(-2,3)

(-1,4)

(0,5)

(1,6)

(2,7)

plug in any numbers for x and solve for y. normally I recommend you to do -2,-1,0,1,2 for the x-values

The line segment is reflected about the x axis to form e'f . which statement describes e'f

Answers

what grade are you in and i can tell you what the asnswer is

Which is a solution to (x-2)(x + 10) = 13?ооо
0 х = 3
O х = 8
0 х = 10
х = 11
|

Answers

Answer:

x = 3 , - 11

Step-by-step explanation:

HOPE THIS WILL HELP YOU

The energy released by metabolism of 1 average candy bar is 1 x 10^6 joules. The energy needed for 1 hour of running for an adult is 4.5 x 10^6 joules. Use this information to determine how many average candy bars an adult would have to eat to supply the energy needed for seven hours of running.

Answers

Answer: 32

Step-by-step explanation:

Given: The energy needed for 1 hour of running for an adult =4.5*10^6\ joules.

Therefore. the energy needed for seven hours of running==7*4.5*10^6\ joules.=31.5*10^6\ joules

Since, he energy released by metabolism of 1 average candy bar =1*10^6\ joules.

Therefore, the number of candy bars an adult need to eat  to supply the energy needed for seven hours of running.=(31.5*10^6)/(1*10^6)=31.5\approx32

Hence, the adult need to eat 32 candies to supply the energy needed for seven hours of running.

Answer:32

Step-by-step explanation:

100-99+98-97+96-95...2-1=

Answers

100-99=1+98=99-97=2+96=98-95=3
2-1=1

Plot the zeros of the polynomial y = x4 + 3x3 − 27x2 + 13x + 42

Answers

Answer:

See explanation

Step-by-step explanation:

Consider the polynomial y=x^4+3x^3-27x^2+13x+42 4th power polynomial function has at most 4 zeros.

Integer zeros can be only among the divisors of 42:

\pm1, \ \pm 2,\ \pm 3,\ \pm 6,\ \pm 7,\ \pm 14,\ \pm 21,\ \pm 42

Check them:

y(1)=1^4+3\cdot 1^3-27\cdot 1^2+13\cdot 1+42=1+3-27+13+42=32\neq 0\n \ny(-1)=(-1)^4+3\cdot (-1)^3-27\cdot (-1)^2+13\cdot (-1)+42=1-3-27-13+42=0\n \ny(2)=2^4+3\cdot 2^3-27\cdot 2^2+13\cdot 2+42=16+24-108+26+42=0\n \ny(3)=3^4+3\cdot 3^3-27\cdot 3^2+13\cdot 3+42=81+81-243+39+42= 0\n \ny(-7)=(-7)^4+3\cdot (-7)^3-27\cdot (-7)^2+13\cdot (-7)+42=2,401-1,029-1,323-91+42= 0

Thus,

y=(x+7)(x+1)(x-2)(x-3)

Zeros are plotted in attached diagram.

Answer:

The remainder is 0, so -1 is a zero of the polynomial and x + 1 is another factor: (x − 2)(x + 1)(x2 + 4x − 21). Now factor the remaining polynomial using normal means. The fully factored form is (x − 2)(x + 1)(x + 7)(x − 3), so the zeros of the polynomial are x = 2, -1, -7 and 3.

Step-by-step explanation: