Ana Participated in each charity walk she raise $.25 and each 1/2 That she walked the first day and I walked 11 miles a second day she walked 14 miles how much money did she raise

Answers

Answer 1

Answer:

Question:

Ana participated in a charity walk. She raised $0.25 for each 1/2 mile that she walked.The first day Ana walked 11 miles.The second day, she walked 14 miles.How much money did Ana raised?

Answer:

Ana raised $ 12.5

Solution:

From given question,

First day walk = 11 miles

Second day walk = 14 miles

Let us first calculate the total distance she walked

Total distance = first day walk + second day walk

Total distance = 11 + 14 = 25 miles

Thus she walked for 25 miles

Given that,

She raised $0.25 for each 1/2 mile that she walked

$(1)/(2) \text{ mile} = 0.25 \text{ dollars }$

Therefore, for 1 mile we get,

$(1)/(2) * 2 \text{ mile} = 0.25 * 2 \text{ dollars }\n\n1 \text{ mile } = 0.5 \text{ dollars }$

Now calculate for 25 miles

$25 \text{ mile } = 25 * 0.5 = 12.5 \text{ dollars }$

Thus she raised $ 12.5

Related Questions

I really need help with this I have an upcoming test.
Perform the indicated operation. 4/11 · 10/8 4/11 5/11 6/11
2(2x - 4) + x = 7 whats x?
Graph each pair of parametric equations. x = 3 sin^3t y = 3 cos^3t
write and solve a problem involving money that can be solved with a division equation and has a solution of 1,350.

Solve using substitution.
4a=3b+3
a=b-1

Answers

4(b-1)=3b+3
4b-4=3b+3 -- subtract 3b from both sides
b-4=3 -- add 4 to both sides

b=7
Substitute b into equation 2
a=b-1
a=7-1

a=6

Verify:
4(6)=3(7)+3
24=21+3
24=24 -- True.

4a=3b+3
Put a=b-1 in the above equation
4(b-1) = 3b+3
open the brackets
4b - 4 = 3b + 3
collect B-terms together on one side
4b - 3b = 3+4
b = 7

On an architect's plan for a house, the scale reads ½ in. = 5 ft. How long is the actual length of a room that's 2 in. long on the drawing?

Answers

Answer: 20ft

Step-by-step explanation:

Answer:

the answer is 20 feet

Step-by-step explanation:

The box plot represents the number of minutes customers spend on hold at a company.What is the upper quartile of the data?

3

5

6

8

Answers

The box plot should have been included in this problem.

A box plot consists of 5 numbers. From left to right.
1) minimum number
2) 1st quartile or lower quartile
3) median or 2nd quartile or middle quartile
4) 3rd quartile or upper quartile
5) maximum number

The box of the box-and-whisker plot ends at 6, so the "upper" quartile is 6

Your round-trip drive to school is 3 7/10 miles. How many miles do you drive to and from school in 5 days?

Answers

Answer:

In 5 days, you drive 18.5 miles to and from school.

Step-by-step explanation:

The question tells us that your round-trip drive to school is 3 7/10 miles, wich means that your round-trip drive to school is 3.7 miles, because

$3+(7)/(10)=(37)/(10)=3.7$

Now, we just have to multiply 3.7 miles per round-trip drive, times 5 days of round-trip drive to and from school, and

$3.7*5=(37)/(2)=18.5$

This means that in 5 days, you drive 18.5 miles to and from school.

you multiply 3 7/10 by 5 and you get 18.5 turned in to a inproperfraction is 37/2 as a properfraction it is 18 1/2

Let f (x) 4x -5 and g (x)= 6x -3 find f (x) - g (x)

Answers

4x -5 - 6x -3=
-2x -8=0
+8 +8
-2x +8
-2x/-2= 8/-2
x = -4

A set of face cards contains 4 Jacks, 4 Queens, and 4 Kings. Carlie chooses a card from the set, records the type of card, and then replaces the card. She repeats this procedure a total of 60 times. Her results are shown in the table.How does the experimental probability of choosing a Queen compare with the theoretical probability of choosing a Queen?

The experimental probability is 4 less than the theoretical probability.
The experimental probability is 1/15 less than the theoretical probability.
The experimental probability is 1/15 more than the theoretical probability.
The experimental probability is 4 more than the theoretical probability.

Answers

The experimental probability is 1/15 less than the theoretical probability.

Given

A set of face cards contains 4 Jacks, 4 Queens, and 4 Kings.

Carlie chooses a card from the set, records the type of card, and then replaces the card.

She repeats this procedure a total of 60 times. Her results are shown in the table.

What is experimental probability?

Theoretical probability describes how likely an event is to occur.

The theoretical probability of choosing a Queen is;

$\rm Theoretical\ probability= (Observed \ frequency)/(Probability \ of \ selecting \ Queen)\n\n Theoretical\ probability= (16)/(4)\n\n Theoretical\ probability= (4)/(1)$

What is experimental probability?

Experimental probability describes how frequently an event actually occurred in an experiment.

The experimental probability of choosing a Queen is;

$\rm Experimental \ probability = Relative \ frequency\n\nExperimental \ probability = (4)/(15)$

For comparing the theoretical and experimental probability of both equations.

$\rm =(Experimental \ probability)/(Theoretical \ probability)\n\n= ((4)/(15))/((4)/(1))\n\n= (4)/(15)* (1)/(4)\n\n= (1)/(15)$

Hence, the experimental probability is 1/15 less than the theoretical probability.

To know more about Experimentalprobability click the link given below.

brainly.com/question/3733849

Answer:

the answer is b

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