What is 58 1/3 % as fraction

Answers

Answer 1
Answer: Alright so if your having trouble with this problem so 58 1/3 is 7/12

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A baseball player reaches base 35% of the time. How many times can he expect to reach base in 850 at-base?

Answers

297.5 is the direct answer when you do 850×.35, but round that to 298.

Answer:

297.5

Step-by-step explanation:

35/100=x/850

x=297.5

What is the value of the expression? 9^8 over 9^-4 x 9^10 (Fraction)? Please help me :)

Answers

the answer is 3^12. i'd explain it but i took me seven minutes to do the the problem myself. :)

Diallo says that the value of 12-3 to the second power is 81. how did he get that answer

Answers

Answer:

12-3= 9

9^2= 81

Step-by-step explanation:

As the statement indicates that diallo says that the value of 12-3 to the second power is 81, it means that he subtracted 3 from 12 which is equal to 9. Also, the value of 12-3 to the second power means that he calculed the value of 9 squared which is 81.

He would have to subtract 12 and 3 which would give you a total of 9. then he would have to find the value of 9 squared which is 81. Hope that helped!

Phyllis solved the compound inequality 16 ≤ 2(3x – 1) < 28. She began by first breaking the inequality into two separate inequalities, then she correctly solved each for x. Which graph represents her solution? A number line with a point at 3 with a bold line pointing to the right stopping at the open circle at 5. A number line with an open circle at 3 with a bold line pointing to the right stopping at the point 5. A number line with a point at 3 with a bold line pointing to the left and an open circle at 5 with a bold line pointing to the right. A number line with an open circle at 3 with a bold line pointing to the left and a point at 5 with a bold line pointing to the right.

Answers

Answer:

A number line with a point at 3 with a bold line pointing to the right stopping at the open circle at 5.

Step-by-step explanation:

Phyllis solved the compound inequality 16\le2(3x-1) < 28. She began by first breaking the inequality into two separate inequalities 16\le 2(3x-1) and 2(3x-1)<28, then she correctly solved each for x:

1) 16\le 2(3x-1):

Rewrite this inequality:

2(3x-1)\ge 16

Divide by 2:

3x-1\ge 8

Add 1:

3x-1+1\ge 8+1\n \n3x\ge 9

Divide by 3:

x\ge 3

2) 2(3x-1)<28:

Divide by 2:

3x-1<14

Add 1:

3x-1+1<14+1\n \n3x<15

Divide by 3:

x<5

The solution to the compound inequality are all values of x which are greater than 3 or equal to 3 and less than 5. So, you have to plot point at 3, draw a bold line to 5 and plot open circle at 5. Hence, option

A number line with a point at 3 with a bold line pointing to the right stopping at the open circle at 5

is true.

The answer to your question would be A.  

Hope you have a nice day!

Six hundred forty eight thousandths as a decimal number

Answers

thousandths means it has 3 decimal points so it would be 0.648
.00648 would be the correct answer is goes tenths hundredth thousands

Tge area of a rectangle is 16 square feet.what is the greatest perimeter the rectangle can have if the width of the rectangle is greater than i foot?explain the answer

Answers

Area of a rectangle = Length & Width = 16 sq.ft.
Take factors of 16 = 1, 2, 4, 8, 16
The combinations will be 1, 16 and 2, 8.  (4 can't be taken as it would be a square).
The width is supposed to be more than 1 foot. In that case the option is only to take the combination of 2 and 8.

Perimeter = 2 (Length + Width)
                = 2 (8 + 2)
                = 2 (10)
                = 20 feet.

The greatest perimeter that this rectangle with more than 1 feet width will be 20 feet.