Question

Just two hard questions:

Answer 1

pufff dislike lengthy problems

Answer 2

would you like help with the first one

Answer 3

yes please

Answer 4

alright i gotcha so far

Answer 5

chair A requires 1 hour of waxing
chair B requires 4 hours of waxing
The maximum number of hours available (per week) for waxing is 100 hours.
If x = number of chair A produced, y = number of chair B produced, we have:

1x + 4y <= 100

Similarly
chair A requires 5 hour of painting
chair B requires 6 hours of painting
The maximum number of hours available (per week) for painting is 60 hours.
If x = number of chair A produced, y = number of chair B produced, we have:

5x + 6y <= 60

Answer 6

alright im still with u

Answer 7

srry i had tot think.. but i am still with u

Answer 8

ok that should be enough information to pick the correct answer

Answer 9

you mean 2y

Answer 10

oops, typo

Answer 11

ok the first one is C .. awesome

Answer 12

we got that one on LOCK DOWN

Answer 13

The cost per chair A is 0.79
The total cost to produce chair A is
0.79 * x

The cost per chair B is 2.00
The total cost to produce chair B is
2.00 * y

total cost to produce both chairs = .79x + 2y

Total cost cannot exceed 50.
0.79x + 2y <= 50

Answer 14

i gotcha

Answer 15

no worries

Answer 16

for the next one, i dont see an easy to do it, except by trial and error

Answer 17

alright i can try that

Answer 18

hmm i didnt do it right