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hi frnd how was the physics paper 2
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yesss yess it was 2o ohmThe paper was extremely easy,Obviously the threshold is going to be higher. Btw does anyone remember the electricity question?
What value for internal resistance did you guys get,for me it's was 2 ohms. Also what was the efficiency of the battery, my value came around 92%.
question 1 which part ? yaar 2 parts thay i think second part ka meter tha srf. not meter square ?Also what unit were you guys getting for question 1,I got M2 (Meter square )
i think yes it was 92 percent .The paper was extremely easy,Obviously the threshold is going to be higher. Btw does anyone remember the electricity question?
What value for internal resistance did you guys get,for me it's was 2 ohms. Also what was the efficiency of the battery, my value came around 92%.
I think so your mistaken its was 2 not 20 but i do remember a friend saying it was 20.yesss yess it was 2o ohm
Q1 part 2. Im pretty sure it was meter square as towards the end we got the constant square(I dont remeber the letter)= meter 4 ,I just the toke a square root.question 1 which part ? yaar 2 parts thay i think second part ka meter tha srf. not meter square ?
Since the Question asked to find the units of C, which was the size of the nozzle, i.e. area, m^2 is the correct answer I believe.
My friend and i both got exactly 88% in the efficiency questions tho.
yaah its 2 ohms i forgot to give space between "2 and ohms"so you misread it. actually first i also got 20 ohms first but i thought that internal resistance is normally less then 5 so i tried another method and got 2 ohms btw how did you calculated efficiency?I think so your mistaken its was 2 not 20 but i do remember a friend saying it was 20.
yaah its 2 ohms i forgot to give space between "2 and ohms"so you misread it. actually first i also got 20 ohms first but i thought that internal resistance is normally less then 5 so i tried another method and got 2 ohms btw how did you calculated efficiency?
i used increased value of strain and find the stress. bcz young modulas would give the same asnwer either you used increase value or orignal value. and in last part as we have all values we have stress and strain and the value of young modulas. i just put the values in formula of young modulas BUT in stress i wrote "the value of stress/(diemetre)^2/2 multi ply by pi and solve for dimeter . now you tell what did you do ?Dude you scared me there,BTW how did you find the stress and the last part of the questions(I forgot what is was).I just used the value given for the increase to find it.
I'll try my best remembering it.,BTW how much are you expectingi used increased value of strain and find the stress. bcz young modulas would give the same asnwer either you used increase value or orignal value. and in last part as we have all values we have stress and strain and the value of young modulas. i just put the values in formula of young modulas BUT in stress i wrote "the value of stress/(diemetre)^2/2 multi ply by pi and solve for dimeter . now you tell what did you do ?
I been trying to remember the question,but I can't, Sorry.Btw do you remember any other questions so I can refresh them in my mind(Besides the radioactivity one).i used increased value of strain and find the stress. bcz young modulas would give the same asnwer either you used increase value or orignal value. and in last part as we have all values we have stress and strain and the value of young modulas. i just put the values in formula of young modulas BUT in stress i wrote "the value of stress/(diemetre)^2/2 multi ply by pi and solve for dimeter . now you tell what did you do ?
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