Jeremy walked 6/8 of the way to school and ran the rest of the way. What fraction, in simplest form, shows the part of the way that Jeremy walked?

Answers

Answer 1
Answer: The fraction that shows how much Jeremy walked in simplest is 3/4. Hope it helps:)

Related Questions

To pass inspection, a new basketball should bounce back to between 68% and 75% of the starting height. A new ball is dropped from 6 feet and bounces back 4 feet 1 inch. Does the ball pass inspection? Explain
How many solutions does the following equation have? 13(y+3)=13y+39
What is the experimental probability of getting heads?
Last year Brian opened an investment account with $5800. At the end of the year, the amount in the account decreased by 28.5%. How much is this decreased in dollars? How much money was in his account at the end of last year
What is the second step when evaluating the expression 18 = (24 - 18) + 3-1?18 = 6O 24 - 18-18 + 33-1

A cone-shaped container is filled with liquid. The container has a radius of 60 cm and an height of 210 cm. The liquid is drained from the container at a rate of 1099 cm3 per hour.How many hours will it take to drain all of the liquid?Use 3.14 to approximate pi.

Answers

pi * 60^2 * 210/3 = 791681
divide 791681 by 1099, 
720 hours.

It takes 720 hours or 30 days to drain the liquid.

Answer:

The answer is 720 hours

Tyler took out a loan at a 14.7% APR, compounded monthly, to buy a boat,and he is making monthly payments to pay off the loan. Which of these
interest rates would have allowed Tyler to pay off the loan faster?
O
A. 15.6%, compounded monthly
O
B. 14.4%, compounded monthly
O
c. 16.2%, compounded monthly
O
D. 15.0%, compounded a monthly​

Answers

Answer: 14.4%

Step-by-step explanation:

EDGE 2020 NEED HELPwhich is the graph of the function y=2 tan(x+3pi/4)


30 POINTS!!!!! PLEASE HELP

Answers

Answer:D

Step-by-step explanation:

Found on another page

Answer:

D

Step-by-step explanation:

the powers of 2 that are in the range 2  through 1,000 are 2,4,8,16,32,64,128,256,&512 .what does that  mean and it said find all the powers of 3 that are in range 3 through 1,000 

 

 

im so confused 

 

Answers

Answer:

  • the powers of 2 that are in the range 2  through 1,000 are 2,4,8,16,32,64,128,256,&512.

" This means that we are asked to find the value of 2^n for each n belonging to natural numbers.

Now we will stop our approximation when the value exceeds 1000.

i.e. the range is from 2-1000 ".

since the next number after 512 is 512×2=1024 which exceeds 1000. hence our successive approximation will stop at 512.

  • similarly for the powers of 3 i.e. 3^n

We will start writing our approximation and stop when it will exceed 1000.

i.e. 3, 3^2=9,3^3=27,3^4=81,3^5=243,3^6=729

i.e. the sequence is: 3,9,27,81,243,729.

We stopped at 729 because the next number in the series would be:

3^7=2187

which exceeds 1000.






It means you need to find every power of 3 that are in the range of 3-1000 - the power is the number that says how many times you multiply the original number by itself
So 3 to the 1st power is 3 = 3
3 to the 2nd power is 3X3 = 9
3 to the 3rd power is 3X3X3 = 27
And so on... Hope I helped!

How do you graph y=1x+3

Answers

Start on (0,3) since the y-intercept is 3. Move 1 unit up, 1 unit to the right. Then 1 unit down, one unit left....
When you are graphing, you need to remember that mx is the slope, and b is the y intercept. Since the y intercept is 3, you place your first point at (0,3). Now since the slop is positive one, you will go right 1, up one and place a point, and then right 1, up one and place a point and so on. You can also extend the line farther down by going left 1, down 1, etc. 

Carmen by the pack of cards for $0.75 from the vending machine she puts a $1 bill and the Machine what combinations of coins including pennies could Carmen get in change

Answers

Ah, textbooks. Always those type of word problems. Sigh...
.
What's $1.00 - $0.75? 
.
It's $0.25.
.
What combinations?
.
Pennies, nickels, dimes, and a quarter.
.
Quarter is 1. Let's rule it out.
.
Pennies, nickels, and dimes.

Twenty Five Pennies.
Five Nickels.
One Dime, three Nickels.
One Nickel, two Dimes.
One Nickel, twenty Pennies.
One Dime, fifteen Pennies.
Two Nickels, fifteen Pennies.
Two Dimes, five Pennies.
One Dime, two Nickels, five Pennies.
Four Nickels, five Pennies.
One Nickel, one Dime, ten Pennies.
Three Nickels, ten pennies.

12 ways.

Including the quarter, we have 13.

OH NO IT'S 13!! RUN!!

Just kidding.

Hope this helped!

Answer:

Step-by-step explanation: