* You see a pair of jeans on sale for 10% off the regular price of $50. You have a credit card with a 1396 interest rate. If you buy the jeans today with the credit card and pay them off after two months, are you paying more or less than the regular $50 price for them? Please explain your decision and SHOW your calculations.​

Answers

Answer 1
Answer: I got 65.8 and I did 12x16/5=68.5
Hoped this helped:)

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Pls help!!!!! i’m on a timer i’ll mark you brainliest!!!

Help me please don’t understand

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Use order of operations, or PEMDAS which stands for Parenthesis, Exponent, Division, Addition, and Subtraction.

Do those operations in that order. Can you try?

What will be the first thing you do here, according to PEMDAS?

Transactions to a computer database are either new items or changes to previous items. The addition of an item can be completed less than 100 milliseconds 81% of the time, but only 20% of changes to a previous item can be completed in less than this time. If 30% of transactions are changes, what is the probability that a transaction can be completed in less than 100 milliseconds? Round your answer to two decimal places (e.g. 98.76).

Answers

Answer:

There is a 62.7% probability that a transaction can be completed in less than 100 milliseconds.

Step-by-step explanation:

This a probability problem.

We have the following probabilities:

-70% probability that a transaction is an addition of an item.

-30% probability that a transaction is a change to an item

-81% probability that an addition can be completed in less than 100 milliseconds

-20% probability that change can be completed in less than 100 milliseconds

The probability P that a transaction can be completed in less than 100 milliseconds is:

P = P_(1) + P_(2)

In which P_(1) is the probability that the transaction is an addition and it takes less than 100 milliseconds. So

P_(1) = 0.7*0.81 = 0.567

P_(2) is the probability that the transaction is a change and it takes less than 100 milliseconds. So

P_(2) = 0.2*0.3 = 0.06

So

P = P_(1) + P_(2) = 0.567 + 0.06 = 0.627

There is a 62.7% probability that a transaction can be completed in less than 100 milliseconds.

25 points!!!Let |u| = 10 at an angle of 45° and |v| = 13 at an angle of 150°, and w = u + v. What is the magnitude and direction angle of w?|w| = 9.4; θ = 72.9°
|w| = 9.4; θ = 107.1°
|w| = 14.2; θ = 72.9°
|w| = 14.2; θ = 107.1°

Answers

Answer:

D. |w| = 14.2; θ = 107.1°

Step-by-step explanation:

EDGE 2020

A library contains only paperback and hardback books. If the ratio of paperback books to the total number of books is 3 to 5, which statement must be true? The ratio of paperback books to hardback books is 2 to 3. The ratio of paperback books to hardback books is 2 to 3. The ratio of paperback books to hardback books is 3 to 2. The ratio of paperback books to hardback books is 3 to 2. There are exactly 2 paperback books in the library. There are exactly 2 paperback books in the library. There are exactly 8 hardback books in the library. There are exactly 8 hardback books in the library.

Answers

Answer:

A library contains only paperback and hardback books. If the ratio of paperback books to the total number of books is 3 to 5, the true statement is:

The ratio of paperback books to hardback books is 3 to 2.

Step-by-step explanation:

The number of books in the library = 5

The number of paperback books in the library = 3

Therefore, the number of hardback books in the library = 2 (5 - 3)

Then, the relationship between the paperback books and the hardback books in the library can be expressed as a ratio of 3:2.  This still gives the sum of the ratios as 5, which is the total number of books in the library, including paperback and hardback books.

Final answer:

The correct statement is that the ratio of paperback to hardback books is 3:2. The ratios provided do not indicate the exact quantity of books in the library.

Explanation:

The ratio of paperbacks to the total number of books is 3:5. This means that for every 5 books, 3 are paperbacks and therefore, the remaining 2 must be hardbacks. Hence the ratio of paperback to hardback books is actually 3:2, not 2:3.

Note that the ratios given do not indicate the exact number of books. Therefore, we cannot confidently say that there are exactly 2 paperback books or exactly 8 hardback books in the library.

Learn more about Ratios here:

brainly.com/question/32531170

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fter production, a computer component is given a quality score of A, B, and C. On the average U of the components were given a quality score A, ( of the components were given a quality score B, and of the components were given a quality score C. Furthermore, it was found that actually of the components given a quality score A failed, of the components given a quality score B failed, and of the components given a quality score C failed. 11-A. What is the probability that a randomly selected component is NOT failed and received a quality score B

Answers

Answer:

Follows are the solution to this question:

Step-by-step explanation:

In the given question some of the data is missing so, its correct question is defined in the attached file please find it.

Let

A is quality score of A

B is quality score of B

C is quality score of C

\to P[A] =0.55\n\n\to P[B] =0.28\n\n\to P[C] =0.17\n

Let F is a value of the content so, the value is:

\to P[(F)/(A)] =0.15\n\n\to P[(F)/(B)] =0.12\n\n\to P[(F)/(C)] =0.14\n

Now, we calculate the tooling value:

\to p[(C)/(F)]

using the baues therom:

\to p[(C)/(F)] =  (p[C] * p[(F)/(C) ])/(p[A] * p[(F)/(A)] + p[B] * p[(F)/(B)]+p[C] * p[(F)/(C)] )  

            =  ( 0.17  * 0.14 )/(0.55 * 0.15 + 0.28 * 0.12 + 0.17 * 0.14  ) \n\n=  (0.0238)/(0.0825 + 0.0336 + 0.0238) \n\n=  (0.0238)/(0.1399) \n\n=0.1701

How do I write 4,332 in scientific notation??

Answers

Answer:

4.332 times 10^3

Step-by-step explanation:

ion kno if thats right but i tried.

Answer:

4.332 x 10 to the 3 power I do believe

Step-by-step explanation: