You would need to add 360L of the 20% ethanol solution.
If i think you are doing this by the "computer way" your answer would be 0.2 ways
I'm going to assume you mean odd.
x+x+2+x+4+x+6=40
4x+12=40
4x=28
x=7
the second one is 9
Hope this helps :)
We know that for each pack there are 4 rolls. If there are 7 packs, we multiply 7 by 4. This gives us 28 rolls for the 7 packs.
I hope this helps! :)
Answer:
362,880 different
Step-by-step explanation:
Use the permutation 9*8*7*6*5*4*3*2*1. Since there are 9 possible players for the first position, 8 for the 2nd (1 is taken off), 7 for the 3rd, etc. So you would multiply these numbers together. So there are 362,880 different possible batting orders.