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(a) ra = 26 boxes per hour (b) Utilization = 0.43 (c) CT = 35.12 hr (d) Around 420...

Question

(a) ra = 26 boxes per hour (b) Utilization = 0.43 (c) CT = 35.12 hr (d) Around 420

(a) ra = 26 boxes per hour (b) Utilization = 0.43 (c) CT = 35.12 hr (d) Around 420



Answers

Gene packs $B$ boxes per hour for 9 hours and then packs 7 boxes per hour for $H$ hours. Express the total number $T$ of boxes that Gene packs in terms of $B$ and $H$ Use this expression to compute $T$ when $B=20$ boxes per hour and $H=15$ hours.

So in this problem were given Must is he could do true 100 arms months and the which were converted into case You get 90.7185 kg and the right is acquitted of 60 ft. This mother's taken to the height of 60 ft which isn't converting toe intermediary get 18.288 m and the power is you and is 7000. They re certainly we do you? But which would convert into what we get Do 1051.5 U s probably here to find him I'm so we really formed up Power is Could do We're gonna do a bite time and murder is good toe If don't be so here Given the H back time and four series according to M G if you would bake them we can release form rectory use I am and Jesus could do M g h directed by our when we set your David use em is 90 point 7185 kg G is 9.81 We dip Erskine squared and height is 18.288 m. This whole divided by power is tutors end 51.5 world wouldn't resolve this using collector, we get times for two 7.9 cigarettes. This is a required answer for the problem.

Question 67 were given the efficiency off a machine e in terms off the Time T, which is the time of operations of D. O. D. D, represents the rate at which the machines efficiency changes. We need to find the machines efficiency in the first part. So what we'll do is we'll take DT over to the other side and we integrate this. This is our it looks like if we integrate this, we get the efficiency, efficiencies and percentage so we get 30 T minus 10 T square or toe plus C. So we get 30 T minus five. T Square plus C were given another piece of information that Ito a 72. So let's use that are replacing E by 72 T by two. We get 60 over here, 20 over here, plus C. So the constant off integral er's 32 which we placed over here. So the efficiency comes out as 30 t minus 5 50 square plus 32. So this is the final equation for the efficiency and part B. It asks us toe find efficiency than he is. Three. So at people to three as in three hours the efficiency would be. We just replaced D by three. So this will be 90. This will be 45 on. This will be 32. So this comes out at 77 end up percentage. So we put a percentage sign, and when he is five as well, we need to find efficiency. So years 1 50 minus 1 25 plus 32. So this consult as 57 percentage. So these are the two efficiencies, uh, times equal to three years and equal do five hours.

Okay, in these questions, you want Thio, Figure out what time is a 24 hour clock read 1000 hours after two million. Jane. So to figure out how to do this Well, let's if we take 24 24 hours has passed in the time of the read two o'clock once again, if 25 hours had possible the hand, then we need to add one to this number, so you'll be 3 a.m. So how do we get this number? Well, it's just simply going to be 24. Model 24 which gives you zero. So therefore no time passes. 25 more 24 is it to one? So therefore, one hour passes. Okay, so in this question, we want to figure out after 100 hours path. So we take 124 which gives us full. So therefore, we had 42 so it'll just be 6 a.m. now, 45 hours after So so so once again take 45 more 24 which is equal to 21. Well, if we add 21 to 12 will get, I think 33 and then you have to convert that back into normal numbers again. But you could also change this instead of being 21. If you want, you can take this, not 24. This is also equal to minus tree Mother 24. So instead of just adding 21 to 12 we could just mind a street on dare write so well, modest by three. So this is my Yeah. Now see 19. I'm good on 168 hours after it. So 168 March 24 which is your so therefore, it's just don't be mighty 100.

Okay, in these questions, you want Thio, Figure out what time is a 24 hour clock read 1000 hours after two million. Jane. So to figure out how to do this Well, let's if we take 24 24 hours has passed in the time of the read two o'clock once again, if 25 hours had possible the hand, then we need to add one to this number, so you'll be 3 a.m. So how do we get this number? Well, it's just simply going to be 24. Model 24 which gives you zero. So therefore no time passes. 25 more 24 is it to one? So therefore, one hour passes. Okay, so in this question, we want to figure out after 100 hours path. So we take 124 which gives us full. So therefore, we had 42 so it'll just be 6 a.m. now, 45 hours after So so so once again take 45 more 24 which is equal to 21. Well, if we add 21 to 12 will get, I think 33 and then you have to convert that back into normal numbers again. But you could also change this instead of being 21. If you want, you can take this, not 24. This is also equal to minus tree Mother 24. So instead of just adding 21 to 12 we could just mind a street on dare write so well, modest by three. So this is my Yeah. Now see 19. I'm good on 168 hours after it. So 168 March 24 which is your so therefore, it's just don't be mighty 100.


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