First person to answer it correctly will get airtime by this time tomorrow.

Draydd:
First person to answer it correctly will get airtime by this time tomorrow.

. A standard question.

Draydd:
First person to answer it correctly will get airtime by this time tomorrow.

here is my solution

Draydd:
First person to answer it correctly will get airtime by this time tomorrow.

last part

No;07039233809

NDSMELODY:
last part

Okay, I will confirm and get back to you

NDSMELODY:
No;07039233809

Noted

Draydd:
Okay, I will confirm and get back to you

ok

Draydd:

Noted

Are you seeking the moment at point O?

Martinez39s:
Are you seeking the moment at point O?

Yes equivalent force is simply moment, but the answers vary due to calculator errors and +- errors etc that's why I wanna compare with other solutions

Draydd:

Yes equivalent force is simply moment, but the answers vary due to calculator errors and +- errors etc that's why I wanna compare with other solutions

Well, the moment at O is M = (265/√345) i + (424/√345) j

The magnitude of this moment is 53√(89/345)kNm ≈ 26.919kNm.

Martinez39s:
Well, the moment at O is M = (265/√345) i + (424/√345) j

The magnitude of this moment is 53√(89/345)kNm ≈ 26.919kNm.

Alright

NDSMELODY:
here is my solution

Recheck your position vector, I think you're confusing Z as Y for point B

Rab should be (4 -2.5 -8 )

Martinez39s:
Well, the moment at O is M = (265/√345) i + (424/√345) j

The magnitude of this moment is 53√(89/345)kNm ≈ 26.919kNm.

Do you have working please?

NDSMELODY:
here is my solution

Um why are you taking moment at 0 and still at Z?

NDSMELODY:
here is my solution

which textbook do u use for statics?? can we chat up on WhatsApp??

Draydd:

Recheck your position vector, I think you're confusing Z as Y for point B

Rab should be (4 -2.5 -8 )

working with three cartesian coordinate you can choose any direction depending on level of understanding

Arugula:

which textbook do u use for statics??
can we chat up on WhatsApp??

per say i didnt have any textbook for mechanics except the one that was sold to me in 200l,i am an electrical engineer so some mechanical courses were taken in 200l as faculty course.

Draydd:

Um why are you taking moment at 0 and still at Z?

i choosed point O as centre of gravity(balance point) for 3 cartesian coordinate

NDSMELODY:
per say i didnt have any textbook for mechanics except the one that was sold to me in 200l,i am an electrical engineer so some mechanical courses were taken in 200l as faculty course.

can we chat on WhatsApp??

Draydd:

Do you have working please?

I have. Do you want to see them?

I did applied mech in my 200l never did I come across this topic

ga6992:
I did applied mech in my 200l never did I come across this topic

Turning Moments for 3D forces

NDSMELODY:
working with three cartesian coordinate you can choose any direction depending on level of understanding

No two persons can ever get the exact same answer in Applied mechanics, this course is weird

So far I've not seen a correct solution with respect to the question, I'm seeing different solutions wrt different solving patterns and Questions

Draydd:
So far I've not seen a correct solution with respect to the question, I'm seeing different solutions wrt different solving patterns and Questions

you can post ur solution to see where we have made mistake

Draydd:

No two persons can ever get the exact same answer in Applied mechanics, this course is weird

i think steps and approach method is very important even if answer vary it should be + or - 1 or 2

Arugula:
can we chat on WhatsApp??

i am not on whatapp

Martinez39s:
I have. Do you want to see them?

post ur solution bro

NDSMELODY:
you can post ur solution to see where we have made mistake

Aiit sure

Draydd:

Aiit sure

where did you get the question from?........you can get the solution there

NDSMELODY:
where did you get the question from?........you can get the solution there

Test question