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Oksanka [162]
3 years ago
6

Write an expression that is equivalent to (5z+ 16). (4 points)

Mathematics
1 answer:
andreev551 [17]3 years ago
6 0
<u><em>The correct expression given is:</em></u>
\frac{3}{4} (5z + 16)

<u><em>Answer:</em></u>
option D is the correct one

<u><em>Explanation:</em></u>
<u>We will start by simplifying the given expression as follows:</u>
\frac{3}{4} (5z + 16)

<u>We will use the distributive property to get rid of the brackets as follows:</u>
\frac{3}{4} * 5z +  \frac{3}{4} * 16

<u>We will now compute the multiplication, this will give us:</u>
\frac{3*5z}{4} +  \frac{3*16}{4}  \\  \frac{15z}{4} + 12

<u>This is the simplest form of our expression.</u>
Comparing this with the choices, we will find that the <u>correct choice is D</u>

Hope this helps :)
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a bag of 10 marbles contains seven striped Marbles and 3 black marbles in the first event Mark draws a striped marble he does no
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The probabability that he will obtain a black marble is as follows.

Using the first event, since there are 7 striped marbles and there's a total of 10 marbles, the probability must be as follows:

P=\frac{7}{10}

For the next three event, since there are no replacements, the denominators of each factor will be subtracted by 1. Thus, we have the following:

P=\frac{7}{10}\cdot\frac{\square}{9}\cdot\frac{\square}{8}\cdot\frac{\square}{7}

Since one striped marble is already taken in the first event, there must be 6 striped marbles left in the second event, and 5 on the third event. As for the fourth event, there are 3 black marbles based from the given. Thus, the probability up until the fourth event is as follows:

P=\frac{7}{10}\cdot\frac{6}{9}\cdot\frac{5}{8}\cdot\frac{3}{7}

Finally, to find the probability that he will select a black marble on the fifth event, the fifth factor must have a denominator of 6 since 4 marbles were already taken out in the first 4 events. On the other hand, the numerator must be 2 since one black marble is taken out on the 4th event.

Thus, simplifying the probability, we have the following:

P=\frac{7}{10}\cdot\frac{6}{9}\cdot\frac{5}{8}\cdot\frac{3}{7}\cdot\frac{2}{6}=\frac{1}{24}

Therefore, the probability must be 1/24.

7 0
1 year ago
Eric is looking to go shopping, as he knows he needs more ties and shirts. Eric is looking for his ties and discovers that he cu
mars1129 [50]
<h2>1 way</h2>

For 20 shirts Eric has

20×2=40 ties

After shopping Eric has 50 shirts

So

20 shirts 50 shirts

40 ties x ties

\frac{20}{40}  =  \frac{50}{x} \\ x =  \frac{50 \times 40}{20}  \\ x = 100

Answer: He would have 100 ties

<h2>2 way</h2>

If he has 2 ties for 1 shirt he will have

2×20=40 ties for 20 shirts, so for 50 shirts ge would have

50×2=100 ties

Answer: He would have 100 ties

4 0
3 years ago
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15

x

+

10

y

Factor

5

out of

15

x

.

5

(

3

x

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+

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y

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10

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5

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3

x

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+

5

(

2

y

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5

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3

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2

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5

(

3

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+

2

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This means that 3 years after the first year, the number of rose bushes equals the number of tulip plants.

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