Yea that answer up there is a bot and the file is spy ware don’t download it
Answer: email me at [email protected] my name is Makayla Best
Step-by-step explanation:
I’m assuming you need to find y
So what you would do is
- 3x+y=2
- -3x -3x
- y=2-3x
Answer.
Explanation. Let’s get all of the options down to the 1 ounce unit to determine the price per oz. we can do this by dividing the cost by the size.
0.79/10= 0.079 per oz
1.29/15=0.086 per oz
2.16/18=0.12 per oz
3.19/32=0.099 per oz
By looking at all of the options, we find that the 10 oz can has the lowest unit price. Hope this helps, let me know if it’s correct so others can use it :)
Good luck.
Given that the projectiles have been given by the functions:
H(t)=-16t^2+96t+80 and G(t)=31+32.2t
Part A:
The tables for the functions will be as follows:
t 2 3 4 5
H(t) 208 224 208 160
t 2 3 4 5
G(t) 95.4 127.6 159.8 198
The solution is found between points:
4th second and 5th second
i] It's between this point that the graph H(t) is has reached the maximum point and it's now turning. So the points of H(t) are nearing points for G(t).
Part B]
The solution in part A implicates the times at which the projectiles were at the same height and the time at which they were at the same heights.
