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A-level AQA DT Product Design Paper 2 June 2024

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Reply 60

Original post
by ggffddvvjj
bro you supposed to calculate cost of ONE chair package. Answer was £8.64 or 8.65 rounded


Yes so u do £3000 over the total amount of boxes

Reply 61

Original post
by mpolas144
What?
The volume of the shipping container was 12 x 2.5 x 2.5 metres
The volume of one chair was 0.6 x 0.6 x 0.6 metres
The cost of shipping the container is £3000
To find the cost of shipping for one chair, you do (0.6)^3 / 12 x 2.5 x 2.5 times 3000 which gives you £8.64


Yeah and that assumes that the boxes fit perfectly in the container which they don’t so you can only fit 4 across 4 high and 20 deep ur wrong

Reply 62

Original post
by Fn1105
I got £9.34 was is not 4x4x20 boxes

12 x 2.5 x 2.5 = 75m^2 for the container volume. 600mm = 0.6 metres (convert) 0.6 x 0.6 x 0.6 = 0.216m^2. 75/0.216 = 347.22222222 (How many chairs can fit in the container). £3000/75 = £40 per m^2. So 40 x 0.216 = £8.64.

Reply 63

Original post
by mpolas144
If I'm wrong then so are all of the other people on this thread who have said £8.64 was the answer 😂


I guess you are then😂😂

Reply 64

Original post
by Fn1105
Yeah and that assumes that the boxes fit perfectly in the container which they don’t so you can only fit 4 across 4 high and 20 deep ur wrong

They're not asking how many can fit in the container, they are asking how much it costs to ship the chair package compared to the container lmao

Reply 65

Yes and u can’t fit anymore than 320 boxes in the container (4x4x20) so it’s £3000/320 which it’s £9.38

Reply 66

Original post
by mpolas144
🫡 I salute you

Ye or you could've done 3000/347.2222222222222222 = £8.64

Reply 67

Original post
by Fn1105
Yes and u can’t fit anymore than 320 boxes in the container (4x4x20) so it’s £3000/320 which it’s £9.38

No you can fit 347 boxes of chairs not 320.

Reply 68

Original post
by Fn1105
Yes and u can’t fit anymore than 320 boxes in the container (4x4x20) so it’s £3000/320 which it’s £9.38

Bro, 12.5 x 2.5 x 2.5 = 75^3, 0.6^3 = 0.216. 3000/75 = 40. 40 x 0.216 = 8.64 or 8.65 rounded to 2dp. You didn't even have to figure out how many fit in the box. You are wrong bruzzer.

Reply 69

Original post
by mpolas144
What did you guys get in your NEA out of curiosity?

88 :wink:

Reply 70

Original post
by mpolas144
...if you read his post, it says that 347.222 chairs can fit in the container. So you can fit 347. Not 320.


It’s 347 boxes if you take up the entire volume of the container which is not possible due to the shape and dimensions of the boxes they don’t fill out the container perfectly

Reply 71

Original post
by mpolas144
Ey nice! I wish it were still a 60:40 split between NEA and theory

NEA is weighted double so it helps. what did you get?

Reply 72

Original post
by mpolas144
99, praying it doesn't get brought down though lol

Do you go to a private school or something? 99 is insane. Highest I've seen is 96

Reply 73

Original post
by mpolas144
99, praying it doesn't get brought down though lol

Do you mind sharing a pdf of your NEA? I'm actually baffled.

Reply 74

Original post
by mpolas144
I'll share a page just to demonstrate
Screenshot 2024-06-12 at 13.11.18.png
I taught myself CAD and Blender prior to doing DT A Level so I think that's partly why my NEA did well

You got anymore pages you could show? Just curious

Reply 75

Original post
by mpolas144
Like what?

Like making/evaluation pages maybe specification sorta stuff

Reply 76

Can anyone go over that prism final maths question to see how they got the answer?

Reply 77

Original post
by mpolas144
What did you guys get in your NEA out of curiosity?
90/100 I was on smoke

Reply 78

Original post
by Guy Willis
Can anyone go over that prism final maths question to see how they got the answer?

So you do sin to measure the height of the cuboid. 25sin18 x 215 is the volume. Then volume /3 and you get 554 3sf

Reply 79

Original post
by ggffddvvjj
So you do sin to measure the height of the cuboid. 25sin18 x 215 is the volume. Then volume /3 and you get 554 3sf
I got that answer but don't know how you'd figure it out if you didn't assume the other side was also 25cm which it isn't.

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