The dulac box plant produces 500 cypress packing boxes in two-10 hour shifts. due to higher demand, dulac has decided to operate three eight-hour shifts instead. dulac is now able to produce 600 boxes per day. what has happened to production: a. it has increased by 50 sets/shiftb. it has increased by 20 percentc. it has increased by 37.5 sets/hrd. it has decreased by 8.3 percente. it has decreased by 9.1 percent.

Production has increased 20/day

Step-by-step explanation:

In the first scenario production is 500/day and productivity 25 set/hour. After the changes, production is 600/day and 25 set/hour.

So productivity remains the same, nevertheless, as there are more productive hours per day, production raises, in this case the can be calculated as (New Production-Old Production)/Old Production=(600-500)/500=100/500=0.2=20%.

As productivity remains the same, you do not ge more sets/shift, as shifts are shorter (8 instead of hours, so you get 200/shift instead of 250/shift). The rest of the option is false as productivity remains constant

step-by-step explanation:

i could only see the first page. the other pages were blurry. ; -;

x hot dogs for 2$, y drinks for 3$. 29 items and total 70

2x+3y=70

x+y=29

if x=17and y=12

2(17)+3(12)=70

34+36=70

the equation cos(35) =a/25 can be used to find the length of bc what is the length of bc? round to the nearest tenth

step-by-step explanation: