Someone help and please make sure it’s right

Mathematics

2 answers:

topjm [15]2 years ago

8 0

Answer: I believe it's 63

Step-by-step explanation:

Yanka [14]2 years ago

8 0

ANSWER:63

You add 93 and 24 and than subtract the sum of that from 180

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In Ms.Khans class,22 out of 25 students hand in their projects on time. What percent of the class hand in their projects on time

Nikitich [7]

88 % students of the class hand in their projects on time

Solution:

Given that, Ms.Khans class, 22 out of 25 students hand in their projects on time

Total number students = 25

Students hand in their projects on time = 22

To find: percent of the class hand in their projects on time

$\text{ percent of class hand in time } = \frac{\text{Students hand in projects on time}}{\text{total students}} \times 100$

Substituting the values, we get

$\text{ percent of class hand in time } = \frac{22}{25} \times 100\\\\\text{ percent of class hand in time } = 0.88 \times 100\\\\\text{ percent of class hand in time } = 88$

Thus 88 % students of the class hand in their projects on time

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2 years ago

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siniylev [52]

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2 years ago

Please Help!! The line plot shows the length of insects in inches that were collected, how much longer is the longest insect tha

Dmitry [639]

Answer:

Step-by-step explanation:

So here we have a line plot that shows lengths of insects and the quantity of insects that fits the description.

For instance, there are 4 Xs for 1/8. This means that there are four insects that are 1/8 inches long. Likewise, there is only 1 X for 7/8. This means that are is only one insect that is 7/8 inches long.

To find out how much longer is the longest insect than the shortest insect, we simply need to subtract the shortest into the longest.

The longest insect we have is the lone insect who is 7/8 inches long.

And the shortest insects we have are the four insects who each measure 1/8. However, we only need 1.

So, subtract:

$\frac{7}{8} -\frac{1}{8}$