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2 years ago

danny paid a total of 8.68 for two steaks that weighed 0.7 lb and 0.75 lb What was the average price per pound?

1 answer:

6 0

0.7+0.75=1.45 (this total is for both steaks)
8.68÷1.45=0.60 (the total he paid for both steaks divide by the total weight of the steaks.)
so, the answer is 60cents per lb. on the steaks.

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how many outfits could you make if you had three pairs of pants, three shirts, and two pairs of shoes?

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2 years ago

2x + 8 = 3x + x + 18<br> how do i solve this

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Answer:

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2 years ago

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2 years ago

Read 2 more answers

The table displays the number and type of tickets bought for a play that was performed in both the afternoon and evening. Apply

love history [14]

The probability that “a child ticket is bought for a play” and “the play is performed in the afternoon" is 36/363.

<h3>What is the probability?</h3>

Probability is the likelihood that a stated event would occur. The probability that the event would happen lies between 0 and 1.

The probability that “a child ticket is bought for a play” and “the play is performed in the afternoon" = 36 / total number of tickets bought

36 / (36 + 12 + 127 + 188) = 36 / 363

To learn more about probability, please check: brainly.com/question/13234031

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1 year ago

A professor has 24 pairs of socks in his drawer. 18 pairs are black and the rest are brown. He always wears black pants. He does

lesya692 [45]

Answer:

The likelihood that the professor's socks matched his pants on both days is 0.5625

Step-by-step explanation:

Total no. of pair of socks = 24

No. of black pairs = 18

We are given that he selects one pair of socks on Monday and one on Tuesday. Since he has lots of clean socks in the drawer he does not do laundry.

So, It is a case of replacement

He always wears black pants.

We are supposed to find he likelihood that the professor's socks matched his pants on both days i.e. Black socks both days.

So ,Probability of wearing black socks on Monday = $\frac{18}{24}$

So ,Probability of wearing black socks on Tuesday = $\frac{18}{24}$

So,the likelihood that the professor's socks matched his pants on both days = $\frac{18}{24} \times \frac{18}{24}=0.5625$

Hence the likelihood that the professor's socks matched his pants on both days is 0.5625

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2 years ago