mechanics (1 Viewer)

shady145

Banned
Joined
Dec 4, 2008
Messages
1,687
Gender
Female
HSC
2014
whats the hardest part in mechanics? i'm only up to resisted motion and i'm finding it difficult...very difficult. damn brain y dnt u work better :burn: gave u a punishment last night and the early hours of the morning by intoxication
how much harder does it get???
is the uniform circular motion stuff hardest?
 

Aerath

Retired
Joined
May 10, 2007
Messages
10,169
Gender
Undisclosed
HSC
N/A
free body diagram.

show the forces acting on the object in two directions of the isolated object.
*shudders*
I had to do that for Physics Olympiad last year. I think I totally fucked that.
 

shady145

Banned
Joined
Dec 4, 2008
Messages
1,687
Gender
Female
HSC
2014
ahh kk thnx, damn lol, atleast i got resited motion under control now, thanx to 50 exam tips book
 

EvoRevolution

Member
Joined
Jan 25, 2009
Messages
123
Gender
Male
HSC
2009
I had the same problem, after a little practice its like the easiest topic, easy marks.

Resisted motion nothing to hard just the algebra

Circular motion, there isnt much they can ask you on that aswell
ill post later a Algebra based circular question later
again its just algebra for the harder questions
 

Trebla

Administrator
Administrator
Joined
Feb 16, 2005
Messages
8,394
Gender
Male
HSC
2006
Circular motion is by far the most conceptually difficult section of Mechanics. Most people have difficulty particularly in understanding the derivation of the circular motion equations which involves obtaining expressions for horizontal and vertical accelerations and then resolving their vectors into tangential and centripetal components (particularly when the circular motion is non-uniform). If you can get your head around that, then the rest of Mechanics should be easy to understand conceptually...
 

shady145

Banned
Joined
Dec 4, 2008
Messages
1,687
Gender
Female
HSC
2014
Circular motion is by far the most conceptually difficult section of Mechanics. Most people have difficulty particularly in understanding the derivation of the circular motion equations which involves obtaining expressions for horizontal and vertical accelerations and then resolving their vectors into tangential and centripetal components (particularly when the circular motion is non-uniform). If you can get your head around that, then the rest of Mechanics should be easy to understand conceptually...
haha sounds deadly
thankyou for ur help
 

Users Who Are Viewing This Thread (Users: 0, Guests: 1)

Top