We have been given that an employee shreds 341 pages in 11 minutes of work.
First of all we will divide 341 by 11 to find number of pages shred by employee in one minute.
![\text{Pages shred by employee in one minute}=\frac{341}{11}=31](https://tex.z-dn.net/?f=%5Ctext%7BPages%20shred%20by%20employee%20in%20one%20minute%7D%3D%5Cfrac%7B341%7D%7B11%7D%3D31)
Now let us multiply 31 by 20 to find number of pages shred by employee in 20 minutes.
![\text{Pages shred by employee in 20 minutes}=31\cdot20=620](https://tex.z-dn.net/?f=%5Ctext%7BPages%20shred%20by%20employee%20in%2020%20minutes%7D%3D31%5Ccdot20%3D620)
Therefore, employee will shred 620 pages in 20 minutes.
yes because when filling in the unknown (3*2-4=2) gets you the answer of 2.
Answer:
Your answer is going to be letter D because:
.00004 x 2,000,000,000 = 80,000
<u>D</u>
can i get brainly?
The answer: <span>13.634
Don't believe me? Check with a(n) calculator!</span>
Answer:
x cannot be -4,-3, or 13
x can be anything else
Step-by-step explanation:
There are infinitely many values x can take where the relation above will be a function.
For it to be a function, you just need to make sure each x is only assigned one y value.
So x couldn't be -4 because it would by assigned to y=2 and y=0.
x couldn't be -3 because it would be assigned to y=1 and y=0.
x couldn't be 13 because it would be assigned to y=5 and y=0.
So as long as x is not chosen to be -4,-3, or 13 your relation here is a function.