• We need your support!

    We are currently struggling to cover the operational costs of Xtremepapers, as a result we might have to shut this website down. Please donate if we have helped you and help make a difference in other students' lives!
    Click here to Donate Now (View Announcement)

how was physics p51??

Messages
1,024
Reaction score
3,686
Points
273
Messages
331
Reaction score
43
Points
38
AsSalamoalaikum wr wb!

just wanted to ask a quick question...for question 1....can we include the additional points in the method part?

i mean, it's like..usually if i give a really detailed method...it includes the additional points too...is that ok or not?

smzimran alphabravocharlie hassam SkyPilotage larina
anyone?
i think its okkkkkkayy...i also did that.. its examiners job to search for the additional points :p
 
Messages
151
Reaction score
78
Points
38
dayum 1.57..i knw i had to take the pwer buh fisshh......ecf rite there..:/

n the first Q was love..was easy..the paper itself went good fr me
 
Messages
1,800
Reaction score
1,800
Points
173
dayum 1.57..i knw i had to take the pwer buh fisshh......ecf rite there..:/

n the first Q was love..was easy..the paper itself went good fr me
haha truee!! The first q was WAYY too easy!
and dw you still get marks for ecf including for the latter parts of the paper too. :)
 
Messages
143
Reaction score
37
Points
28
haha truee!! The first q was WAYY too easy!
and dw you still get marks for ecf including for the latter parts of the paper too. :)
First question was easy? What? :O
How do u rotate the rod????? And what is the independent variable??? What's to be kept constant!???
 
Messages
1,800
Reaction score
1,800
Points
173
First question was easy? What? :O
How do u rotate the rod????? And what is the independent variable??? What's to be kept constant!???
We didn't have to rotate the rod! Only the string attached to a stand!
the independant variable was the angle and the dependant was w^2 or rather taking T^2 and then using it in the formulae w^2 = 4 pii ^2/ T^2
The mass of load and length of string was supposed to be kept constant.
 
Messages
331
Reaction score
43
Points
38
We didn't have to rotate the rod! Only the string attached to a stand!
the independant variable was the angle and the dependant was w^2 or rather taking T^2 and then using it in the formulae w^2 = 4 pii ^2/ T^2
The mass of load and length of string was supposed to be kept constant.
yayyyyyyy!! :D
 
Top