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FBISE PHYSICS PAST PAPERS FOR HSSC-I

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  FBISE PHYSICS PAST PAPERS  FOR  HSSC-I (Class 11) This post has Physics Past Papers of Federal Board of Intermediate and Secondary Education (FBISE), Islamabad, of 11th Class. There are Physics Past Papers of Class 11th for both Annual and Supplementary Examination of Federal Board of Intermediate and Secondary Education (Islamabad). First (1st) Paper in these download links is from the annual examination and Second (2nd) paper is from supplementary Examination.  Due to COVID-19 FBISE Islamabad has not conducted any examination in year 2020. Therefore there is no paper for the (Year-2020). Physics Past Papers for Class 11 11th Class Physics Past Paper (Year-2021): Download 11th Class Physics Past Paper (Year-2020): Download 11th Class Physics Past Paper (Year-2019): Download 11th Class Physics Past Paper (Year-2018): Download 11th Class Physics Past Paper (Year-2017): Download 11th Class Physics Past Paper (Year-2016): Download 11th Class Physics Past Paper (Year-2...
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9th Class Physics Chapter 2 (Numerical Problems with Solutions)

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  UNIT No. 2 Kinematics (Numerical Problems) 2.1     A train moves with a uniform velocity of 36 kmh -1 for 10 s. Find the distance travelled by it.                                                                                                           Solution                                                                                                                      Data velocity of train = v =...
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9th Class Physics Unit No. 6 Work and Energy (Numerical Problems with Solution)

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UNIT No. 6 Work and Energy (Numerical Problems with Solutions) 6.1         A man has pulled a cart through 35 m applying a force of 300 N. Find the work done by the man. Data Distance covered by the cart = S = 35 m Force on the cart = F = 300 N Work done by the man = W = ? Formula W=FS Solution W=FS          Putting values in this equation W= (300 N)(35 m) F= 10500 J         Ans 6.2         A block weighing 20 N is lifted 6 m vertically upward. Calculate the potential energy stored in it. Data Weight of the block = w = mg = 20 N Block is lifted to a height = h = 6 m potential energy stored in the block = P.E = ? Formula P.E = mgh Solution P.E = mgh          Putting values in this equation P.E = (20 N)(6 m)   P.E = 120 J     ...
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