What is 5/6 divided by 1/9

Answers

Answer 1
Answer: Ok, so the first thing you are going to do is change the division sign Into a multiplication sign. Then, you are going to flip 1/9. That will become 9/1.\n  (5)/(6)* (9)/(1)= (45)/(6) \n  \n  (45)/(6)=\boxed{7 (3)/(4)} \n
Answer 2
Answer: So you would have to write it down 5/6÷1/9 so you would have to do kcf it stands for keep change flip so you would keep 5/6 and change the division sign into a multiplication because the opposite operation of division is multiplication then you would do flip so you would have to flip 1/9 to 9/1. Now your operation should look like this 5/6 times 9/1 and you will get 45/6 so you would divide them so 45÷6 is 7 3/6 and then you would simplify it and get 7 1/2

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Complete the equation of the line through (-9,-7) and (-6,-3)

Answers

The equation of the line through (-9, -7) and (-6, -3) is y+3=(4)/(3)(x+6)

Solution:

Given, two points are (-9, -7) and (-6, -3)

We have to find that a line that passes through the given two points.

First let us find the slope of the line that passes through given two points.

The slope of the line "m" is given as:

\mathrm{m}=(y_(2)-y_(1))/(x_(2)-x_(1))

\text { where, }\left(x_(1), y_(1)\right) \text { and }\left(x_(2), y_(2)\right) \text { are two points on line. }

So slope of our line =(-3-(-7))/(-6-(-9))=(-3+7)/(-6+9)=(4)/(3)

Now, let us find the line equation using point slope form:

\mathrm{y}-\mathrm{y}_(1)=\mathrm{m}\left(\mathrm{x}-\mathrm{x}_(1)\right) \text { where } \mathrm{m} \text { is slope and }\left(\mathrm{x}_(1), \mathrm{y}_(1)\right) \text { is point on the line. }

By substituting the values we get,

\text { Then, line equation } \rightarrow y-(-3)=(4)/(3)(x-(-6))

y+3=(4)/(3)(x+6)

Hence, the line equation is y+3=(4)/(3)(x+6)

How can I solve this inequality?

Answers

3+x ≥ 2
⇒ x ≥ 2-3
⇒ x ≥ -1

Final answer: x ≥ -1~
subtract 3 from the right and do the same to the left which leaves you to x = -1

(3x+4)^3=2197 solve this equation

Answers

(3x + 4)³ = 2197

Taking the cube root in this case is easier, although we can do it the extended way which is complicated.

\sqrt[3]{(3x+4)^3}\sqrt[3]{2197}
3x + 4 = 13

Now solve normally.

subtract 4
3x + 4 = 13
       -4    -4

3x = 9
Divide by 3 to isolate 3

(3x)/(3) = (9)/(3)
3 and 3 cancels out

x = 3
(3x+4)³=2197

3x+4=z

z³=2197
z=∛2197
z=13

Then:
3x+4=13
3x=13-4
3x=9
x=9/3
x=3

answer: x=3

John and Bill walk towards to each other’s house. If both leave at 10 am, they meet 10 minutes later. If Bill leave 3 minutes later then John, they’ll meet 9 minutes after Bill leaves. How long does it take for Bill to walk to John’s house?

Answers

I do not now but i think it 7  minutes because he left 3 minutes later.I help

A chef prepares apples for a fruit salad. She cuts each apple into 6 slices. The following patterns can be made: Pattern A: start with 1 apple and increase by 1 apple Pattern B: start with 6 slices and increase by 6 slices Which ordered pairs represent the number of apples from Pattern A and the number of apple slices from Pattern B?

Answers

Answer:

A: (1,1)

B: (6,6)

Step-by-step explanation:

Given:

A chef prepares apples for a fruit salad. She cuts each apple into 6 slices.

The following patterns can be made:

Pattern A: start with 1 apple and increase by 1 apple.

Pattern B: start with 6 slices and increase by 6 slices.

To find : ordered pairs which represent the number of apples from Pattern A and the number of apple slices from Pattern B

Solution :

Pattern A:

If a chef starts with one apple then increase by 1 apple then ordered pair which represent this pattern is (1,1)

Pattern B :

If a chef starts start with 6 slices and increase by 6 slices then ordered pair which represent this pattern is (6,6)

a is 1:1 and b is 6:6

A thrill ride at a park holds maximum of 12 people per ride.how do you write and solve and inequality to find the least number of rides for 15,000 people??

Answers

12p is at least 15,00012p divided by 12 is 1p, while 15,000 divided by 12 is 1,250.The final inequality is p must be at least 1,250 rides
use proportions to do the "butterfly method"