Answer:
The predicted GPA is then y = 0.149(15) + 0.89 = 3.1
Step-by-step explanation:
Although you don't specifically say so, the equation you provide here is probably a "best fit" equation based upon data: GPA versus the number of hours of study per week.
y = 0.149x + 0.89 and the number of study hours of interest is 15.
Answer: 1, 7, 1, 7, 1.
Step-by-step explanation:
The given function : 
and f(1) = 1 for n ≥ 1
We put value of n=1,2,3,4 , we get
For n=1 , 
For n=2 , 
For n=3 , 
For n=4 , 
Hence, the first five terms of the given sequence are 1, 7, 1, 7, 1.
Well since 6 would be in the oppposite direction it would be turned around. Well this leads to non than any other number 9.
Answer ~ 9
Answer:
7. 2:3<__4:1
8. 1:2<__3:6
9. 3:5>__2:4
10. 6:7>__4:8
Step-by-step explanation:
Answer:
2,160 pencils
Step-by-step explanation:
Large boxes = 12
Small boxes = 18
Each large box contains 144 pencils . Each small box contains 24 pencils
Total pencil in large boxes = Total large boxes × number of pencils per box
= 12 × 144
= 1,728 pencils
Total pencil in small boxes = Total small boxes × number of pencils per box
= 18 × 24
= 432 pencils
Estimate the total number of of pencils
Total number of pencils = total pencils in large boxes + total pencil in small boxes
= 1,728 pencils + 432 pencils
= 2,160 pencils
It is better to have an underestimate than an overestimate so that you won't disappoint your buyers when they request for a quantity of supply. If it is underestimated; you can meet demand, if it is overestimated; you can't meet demand
