what are 3 non-equivalent fractions with values between the square root of 56 and the square root of 58

Answers

Answer 1

Answer: square root of 56 = 7.483314774
square root of 58 = 7.615773106

so we just need to come up with fractions that are between about 7.4833 and 7.6158

7.5 = 7 1/2 or 15/2
7.55 = 7 11/20 or 151/20
7.6 = 7 3/5 or 38/5

15/2
151/20
38/5
are your fractions

*Note: there are many other possible answers, I was just exemplifying a few.

Answer 2

Answer: $√(56) \approx7.48\n√(58) \approx7.62$

So these fraction can be:
$7.5=7(5)/(10)=7(1)/(2)=(15)/(2)\n7.56=7(56)/(100)=7(14)/(25)=(189)/(25)\n7.6=7(6)/(10)=7(3)/(5)=(38)/(5)$

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the earth rotates about its axis once every 23 h 56 min 4 s, and the radius of the earth is 3960 mile. find the linear speed of a point on the equator in mi/h

Answers

$23h\ 56min\ 4s=\left(23+(56)/(60)+(4)/(3600)\right)h=\left((82800)/(3600)+(3360)/(3600)+(4)/(3600)\right)h\n\n=(86164)/(3600)h\approx23.93h\n\nL=2\pi R;\ R=3960mi\to L=2\pi\cdot3960mi=7920\pi mi\approx7920\cdot3.14mi\n\n=24868.8mi\n\nv=(24868.8)/(23.93)\ mi/h\approx1039.231\ mi/h\leftarrow answer$

When do I compare real world numbers

Answers

I use real world numbers everywhere and everyday.

It is required to explain the statement.

What is a statement?

A statement is a declarative sentence that is either true or false but not both. A statement is sometimes called a proposition. The key is that there must be no ambiguity. To be a statement, a sentence must be true or false, and it cannot be both.

Given:

We use real world numbers all of the time. Comparing numbers is an important part of building a student's number sense.

We compare numbers every day in our daily routine. For example: saving your money for the new bike you want or something that you desire. on the market, we compare the price of the products (the price of the apples for example refers to a real-world number). Or we compare the temperature during the day and during the night, which is also a real-world number.

Therefore, I use real world numbers everywhere and everyday.

Learn more about statement here:

brainly.com/question/1636471

#SPJ2

You use real world numbers all of the time. For example like saving your money for the new bike you want or something that you desire. Or how much your allowance is. There are many ways to use real world numbers in life.

a horse's heart beats 440 times in 10 minutes. A cow's heart bears 390 times in 6 minutes. which animal has a greater heart rate?

Answers

Answer:

The cow has a greater heart rate than the horse.

Step-by-step explanation:

The question demand we calculate the heart beat of each animal in relation to time . The number of heart beat per unit time can be computed as follows .

The horse heart rate is 440 heart beat in 10 minutes . The heart rate can be simplified as

Rate = 440/10

Rate = 44 heart beat per minute

The cow heart rate can be simplified as

Rate = 390/6

Rate = 65 heart beat per minute

From the Heart rate calculated above the cow has a higher heart rate than the horse.

390 ÷ 6 = 65

440 ÷ 10 = 44

The cow has a greater heart rate.

Are 124 and 741 relatively prime?

Answers

Yes 124 and 741 are relatively prime

Yes they very much are

the price of milk in 2013 was around $3.28 a gallon. This was eight times as much as you would have probably paid for a gallon of milk in the 1950s. Whatwas the cost for a gallon of milk during the 1950s? show your calculations.

Answers

The cost of the milk is $\fbox{\$\,0.41{\text{ a gallon}}}$ in 1950s.

Further explanation:

The price of milk in 2013 was around $\$3.28$ a gallon.

And it is given that this was eight times as much as one can would have probably paid for a gallon of milk in the 1950s.

It is given that the price of milk in 2013 is $\$3.28$ a gallon.

Assume the price of milk in 1950 be $\$x$ a gallon.

Now, given that 8 times of $x$ is the price of milk in 2013.

Therefore, $8x$ is the price of milk in 2013 and also $\$3.28$ is the price of milk in 2013.

Equating $8x$ and $\$3.28$ equal as both are the price of milk in 2013 as,

$\begin{aligned}8x&=3.28\nx&=\frac{{3.28}}{8}\nx&=0.41\n\end{aligned}$

Here, x is the price of milk in 1950.

Therefore, the cost of the milk is $\fbox{\$\,0.41{\text{ a gallon}}}$ in 1950s.

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Answer details:

Grade: Middle school

Subject: Mathematics

Chapter: Linear equations in one variable

Keywords: Cost, gallon, milk, linear equation in one variable, polynomials, variables, real numbers, degree of polynomials, equations, expressions, coefficients, zero polynomial, constants, integers, roots of polynomials.

the price of the milk in the 1950s = x
8x =3.28
x = 3.28/8 =0.41$
so the price of the milk was 0.41$ a gallon

Find the total surface area of the figure. A. 150.7 ft sq.
B. 402.1 ft sq
C. 301.5 ft sq
D. 288.4 ft sq