hal says that the greatest product of a three digit number and a one digit number is 8,891. is he correct???????????????????????? explain pleaseeee

Answers

Answer 1

Answer: He is wrong because 999 times 9=8,991 and Hal put 8,891.

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What is the greatest two-digit prime number whose digits are a prime and sum to a prime number?

What ratio equivalent to 12:21 with lower terms

Answers

12:21

12/3=4
21/3=7

12:21 = 4:7

12:21

Equivalent to 12:21 with lower terms:-

12 ÷ 3 = 4
21 ÷ 3 = 7

12:21 with lower terms can be 4:7.

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If you answer these questions correctly with an explanation you can get Brainliest

Answers

1. B 2. A i’m pretty sure they are right

1- Caleb's family room has the dimensions shown. He needs to find the area of the room so that he knows how much carpet to buy. Complete the area model below to find the area of the family room.

Answers

Answer: $20(11)/(32)\ sq\ yd$

Step-by-step explanation:

Given: The width of the room = $3(7)/(8)\ yd=(31)/(8)\ yd$

The length of the room = $1(5)/(4)\ yd=(21)/(4)\ yd$

The area of the rectangular room= $length * width$

⇒The area of the rectangular room= $(21)/(4)*(31)/(8)\ sq\ yd$

⇒The area of the rectangular room= $(651)/(32)\ sq\ yd$

⇒The area of the rectangular room= $20(11)/(32)\ sq\ yd$

Gary bought a gift for his friend and is having it gift wrapped at the store. The wrapping paper comes in four patterns: floral, spiral, cartoon character, and plain. For ribbon, he can choose between red, blue, or green. If Gary randomly selects a paper pattern and a ribbon color, what is the probability that he chooses spiral-patterned paper and a green ribbon?

Answers

Answer: $\text{P(spiral-patterned paper and a green)}=(1)/(12)$

Step-by-step explanation:

Given: The number of patterns in wrapping paper = 4

The number of colors available for ribbon = 3

Then, the total number of types of ribbons are in store = $4*3=12$

Also, the number of type of ribbon has spiral-patterned paper and a green in color =1

So, if Gary randomly selects a paper pattern and a ribbon color, then the probability that he chooses spiral-patterned paper and a green ribbon is

$\text{P(spiral-patterned paper and a green)}=(1)/(12)$

Answer:

Given: The number of patterns in wrapping paper = 4

The number of colors available for ribbon = 3

Then, the total number of types of ribbons are in store =

Also, the number of type of ribbon has spiral-patterned paper and a green in color =1

So, if Gary randomly selects a paper pattern and a ribbon color, then the probability that he chooses spiral-patterned paper and a green ribbon is

Convert one third to a decimal