Engineering Studies Predictions/Thoughts (2 Viewers)

[bigbird102]

raw marks database barely has anything for this subject. Probably similar scaling

what was ur predicted internal mark

 

[splatcat]

what was ur predicted internal mark

My internal mark was like a 96 with a 95 on the trial

 

[bigbird102]

My internal mark was like a 96 with a 95 on the trial

yeh my internal mark was like a 95 so im hoping to get a 94 or 95 so I can scrape a 95 and not bottle my atar. Gj on the 95 tho bro, I think I got like an 86 in mine (but was carried by the assignments)

 

[bigbird102]

The holes are rotated around on a pitch circle diameter and the shaft is unsectioned

i do believe that u r meant to section the shaft for the solid bit after checking with chat but not the teeth.

 

[tsswhzl]

i do believe that u r meant to section the shaft for the solid bit after checking with chat but not the teeth.

yeah i'm not actually sure about the second part but the holes are definitely rotated around

 

[Shabloinker]

did you guys say it was maximum shear force, and maximum bending moment at force A in the multis?

 

[coolcat6778]

does anyone have a scan of the paper?

 

[splatcat]

did you guys say it was maximum shear force, and maximum bending moment at force A in the multis?

This one annoyed me. The question specifically references the graphs, where shear force is technically at a minimum (absolute maximum) as it is negative, so not sure what they wanted there. Bending moment is definitely a maximum.

 

[splatcat]

I had maximum and maximum down but can't remember if I changed it.
Edit: I recall changing it to a maximum bending moment and minimum shear force. On reconsideration, the diagram showed A closer to the left support meaning that even by absolute force, the shear force at A is less than prior, probably making it a minimum

 

[bigbird102]

I had maximum and maximum down but can't remember if I changed it.
Edit: I recall changing it to a maximum bending moment and minimum shear force. On reconsideration, the diagram showed A closer to the left support meaning that even by absolute force, the shear force at A is less than prior, probably making it a minimum

Shear force is min whilst bending is max I believe