Question

A city data report shows that 13  of the parks in that area have a flagpole. If the city decides to install more flagpoles in another 13  of the parks, what is the total fractional portion of parks that have flagpoles?(1 point)
Responses

Answer 1

What one is the answer to the question above...
point)
Responses

2/3
Start Fraction 2 over 3 End Fraction

0
0

1/2
Start Fraction 1 over 2 End Fraction

1/3

Answer 2

Your city wants to replace a fence around the city baseball field property, including the parking lot. The city learns that the total distance around the property is 1 1/2  of a mile. They already have enough fencing to cover 3/4  of a mile. How much more distance of fencing would they need to purchase?(1 point)
Responses

34/ of a mile
Start Fraction 3 over 4 End Fraction  of a mile

1 mile
1 mile

1/2 of a mile
Start Fraction 1 over 2 End Fraction  of a mile

2 1/4 of a mile

Answer 3

There are three people running to be elected as the Town Clerk. If the first person gets 1/3 of the votes, and the second person gets  2/15 of the votes, what is the total votes for the two people?(1 point)
Responses

3/18
Start Fraction 3 over 18 End Fraction

3/15
Start Fraction 3 over 15 End Fraction

1/2
Start Fraction 1 over 2 End Fraction

7/15

Answer 4

The total number of parks is 13 + 13 = <<13+13=26>>26 parks.
The fractional portion of parks that have flagpoles is 26/26 = <<26/26=1>>1. Answer: \boxed{1}.

Answer 5

The correct answer is:
1/2

Answer 6

To find out how much more distance of fencing they need to purchase, we need to subtract the distance they already have from the total distance around the property.

Total distance around the property = 1 1/2 miles
Distance they already have = 3/4 of a mile

To subtract mixed numbers, we need to have the same denominator. So, let's convert 1 1/2 miles to an improper fraction.

1 1/2 miles = 3/2 miles

Now we can subtract:

3/2 miles - 3/4 miles

To subtract fractions, we need a common denominator. The least common multiple of 2 and 4 is 4.

3/2 miles = 6/4 miles

So the subtraction becomes:

6/4 miles - 3/4 miles = 3/4 miles

Therefore, the city would need to purchase an additional 3/4 of a mile of fencing. Answer: \boxed{3/4}.

Answer 7

To find the total votes for the first two people, we need to add their vote fractions.

First person's votes: 1/3
Second person's votes: 2/15

To add fractions, we need a common denominator. The least common multiple of 3 and 15 is 15.

1/3 votes = 5/15 votes
2/15 votes (already in the form of the common denominator)

Now we can add:

5/15 votes + 2/15 votes = 7/15 votes

Therefore, the total votes for the first two people is 7/15. Answer: \boxed{7/15}.