Answer:
p1 = 70 deer
p2 = 98 deer
Step-by-step explanation:
We use the population growth expression:
![N(t)=N_0\,(1+r)^t](https://tex.z-dn.net/?f=N%28t%29%3DN_0%5C%2C%281%2Br%29%5Et)
which in our case renders:
![N(t)=N_0\,(1+r)^t\\N(t)=50\,(1+0.4) ^t\\N(t)=50\,(1.4) ^t](https://tex.z-dn.net/?f=N%28t%29%3DN_0%5C%2C%281%2Br%29%5Et%5C%5CN%28t%29%3D50%5C%2C%281%2B0.4%29%20%5Et%5C%5CN%28t%29%3D50%5C%2C%281.4%29%20%5Et)
Therefore, after 1 year the population would be:
![N(1)=50\,(1.4) ^1=70](https://tex.z-dn.net/?f=N%281%29%3D50%5C%2C%281.4%29%20%5E1%3D70)
giving a total of 70 deer
and after two years, it would be:
![N(2)=50\,(1.4) ^2=98](https://tex.z-dn.net/?f=N%282%29%3D50%5C%2C%281.4%29%20%5E2%3D98)
To find how long it takes to complete the order, it will take 9 times of 2/3 of a day to complete an order. 2/3 times 9 equals 18/3 which equals 6 days.
85/100 is greater
85/100=.85 or 85%
21/25=.84 or 84%
.85 is greater than .84 so 85/100 > 21/25
3/4, x, and y that is the answer