Justin lives 5 4/5 miles from his grandfather's house. Enter the mixed number as a fraction greater than one. 5 4/5 =

Answers

Answer 1

Answer: 5 and 4/5 =
5 * /5 (the five as a denominator) = 25.
The 25 is added to the numerator. 25 + 4 = 29. The answer over the denominator (it stays the same) is 29/4

Answer 2

Answer: see to find to answer you need to times 5 by 5 which is 25 than add 4 which is 29 so your answer is 29/5.

Related Questions

identify the solution set of the given inequality using the given replacement set x<-5;(-9,-6.5,-5.2,-5,0,4.2)
What is 2 and 928 ten-thousandths as a decimal?
I really need help!!!!
What go in the blank
If Dan gains 5 yards, he will rush more than 150 years in today's game. Write the inequality? How many yards has dan already rushed.

How do you turn 12/15 and 68/80 into a decimal and into a percent

Answers

$(12)/(15)\n\ndivide\ a\ numerator\ and\ a\ denominator\ by\ 3\n\n12:3=4;\ 15:3=5\n\ntherefore\ (12)/(15)=(4)/(5)\n\nmultiply\ a\ numerator\ and\ a\ denominator\ by\ 2\n\n4\cdot\ 2=8;\ 5\cdot2=10\n\ntherefore\ (12)/(15)=(4)/(5)=(8)/(10)=\boxed{0.8}\Rightarrow0.8\cdot100\%=\boxed{80\%}$

$(68)/(80)\n\ndivide\ a\ numerator\ and\ a\ denominator\ by\ 4\n\n68:4=17;\ 80:4=20\n\ntherefore\ (68)/(80)=(17)/(20)\n\nmultiply\ a\ numerator\ and\ a\ denominator\ by\ 5\n\n17\cdot\ 5=85;\ 20\cdot5=100\n\ntherefore\ (68)/(80)=(17)/(20)=(85)/(100)=\boxed{0.85}\Rightarrow0.85\cdot100\%=\boxed{85\%}$

$\frac{\big{12}}{\big{15}}= \frac{\big{3\cdot4}}{\big{3\cdot5}}= \frac{\big{4}}{\big{5}}= \frac{\big{4\cdot2}}{\big{5\cdot2}}= \frac{\big{8}}{\big{10}}=0.8 \n\n1\%\ \ \rightarrow\ \ 0.01\ \ \ \ \ \ \Rightarrow\ \ \ \ \ 10\%\ \ \rightarrow\ \ 0.01\cdot10=0.1\n\n0.8=8\cdot0.1 \ \rightarrow\ \ 8\cdot10\%=80\%\n\n--------------------\n\n$

$\frac{\big{68}}{\big{80}}=\frac{\big{4\cdot17}}{\big{4\cdot20}}=\frac{\big{17}}{\big{20}}=\frac{\big{17\cdot5}}{\big{20\cdot5}}=\frac{\big{85}}{\big{100}}=0.85\n\n0.85=0.8+0.05=8\cdot0.1+5\cdot0.01\n\n0.85\ \ \rightarrow\ \ 8\cdot10\%+5\cdot5\%=80\%+5\%=85\%$

Byron placed bricks in a row to make a border that was 16.9 feet long. Each brick is 1.3 feet long. How many bricks are in the border? A. 13 B. 12 C. 1.3 D. 1.2

Answers

the answer is A. 13, because 16.9/1.3= 13

If each brick is exactly 1.3 feet, diving 16.9 by 1.3 will produce the exact amount of bricks used.

16.9 ÷1.3 = 13

There are 13 bricks in the border (the answer is A.)

Plz Help really confused

Answers

Well delete my account if you want but you all are robots.

How do you write thirty six thousands in standard form?

Answers

Thirty-six thousandths (0.036) in standard form is 3.6 x 10-2

i'm not for sure what it is though,this is what i know,36,000 in standared form is 3x10,000+6x1,000=36,000.

Multiply 3/sqrt17- sqrt2 by which fraction will produce an equivalent fraction with rational denominator

Answers

For this case we have the following expression:

$\frac {3} {\sqrt {17} - \sqrt {2}}$

We must rationalize the expression, so we multiply by:

$\frac {\sqrt {17} + \sqrt {2}} {\sqrt {17} + \sqrt {2}}$

So, we have:

$\frac {3} {\sqrt {17} - \sqrt {2}} * \frac {\sqrt {17} + \sqrt {2}} {\sqrt {17} + \sqrt {2}} =\n\frac {3 (\sqrt {17} + \sqrt {2}} {17- \sqrt {17} * \sqrt {2} + \sqrt {17} * \sqrt {2} -2} =\n\frac {3 (\sqrt {17} + \sqrt {2}} {15}$

Thus, the correct option is option B.

Answer:

OPTION B

Answer:

Step-by-step explanation:

To simplify something that looks like $\frac{\text{whatever}}{√(a)-√(b)}$ you would multiply the top and bottom by the conjugate of the bottom. So you multiply the top and bottom for this problem I just made by:

$√(a)+√(b)$ .

If you had $\frac{\text{whatever}}{√(a)+√(b)}$ , then you would multiply top and bottom the conjugate of $√(a)+√(b)$ which is $√(a)-√(b)$ .

The conjugate of a+b is a-b.

These have a term for it because when you multiply them something special happens. The middle terms cancel so you only have to really multiply the first terms and the last terms.

Let's see:

(a+b)(a-b)

I'm going to use foil:

First: a(a)=a^2

Outer: a(-b)=-ab

Inner: b(a)=ab

Last: b(-b)=-b^2

--------------------------Adding.

a^2-b^2

See -ab+ab canceled so all you had to do was the "first" and "last" of foil.

This would get rid of square roots if a and b had them because they are being squared.

Anyways the conjugate of $√(17)-√(2)$ is

$√(17)+√(2)$ .

This is the thing we are multiplying and top and bottom.

3. Jose has $400 in his bank account at the beginning of the year. Each month, he deposits $45 into his account. He does not withdrawany money from his account, and the account pays no interest. Which of these equations could Jose use to find the total amount (T) in
his bank account at the end of m months?
OT = 45m
OT = 445m
OT = 400m + 45
T = 45m + 400

Answers

T = 45m + 400

I hope this is correct it seems like the most logical explanation.

Happy Valentine’s day! I hope I helped and have a nice day! C: <3

Other Questions

Expand and simplify 3(x+4)+2(5x-1)

Help me pls sry for asking many questions

Factor the trinomial x2-4x-5

two trains leave the station on time.one train travels north at 60mph .the other train travels south at 50mph.how many miles will the second train travel if the trains are 330miles apart