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Unlocking Success with Quality Physics Practical Copies for Federal Board Students!

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Unlocking Success with Quality Physics Practical Copies for Federal Board Students! Are you a student and FBISE and looking for Physics Practical copy maker? Look no further! We are here for making Physics practical copies of the Federal Board of Intermediate and Secondary Education, Islamabad, Pakistan. 1.              Why Choose Us? Precision in Detail: Our team of experienced professionals understands the intricacies of the Federal Board's Physics practical requirements. We meticulously craft each practical copy to ensure accuracy and completeness. Board-Approved Content Rest assured that our practical copies align with the Federal Board's guidelines, guaranteeing that your submission meets all necessary criteria for a stellar performance. Comprehensive Approach Our practical copies go beyond mere compliance; they focus on a comprehensive understanding of Physics concepts, aiding you in grasping the subject matter thoroughly. 2.              How to Order? C
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9th Class Physics Unit No. 8 Thermal Properties of Matter (Exercise Solution)

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  UNIT No. 8 Thermal Properties of Matter (Exercise Solution)
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9th Class Physics Unit No. 7 Properties of Matter (Numerical Problems with Solution)

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  UNIT No. 7 Properties of Matter Exercise
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9th Class Physics Unit No. 7 Properties of Matter (Exercise Solution)

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UNIT No. 7 Properties of Matter Exercise  
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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        Ans 6.3          A car weighing 12 kN has speed of 20 ms -1 . Find its kinetic energy. Data Weight of the car = w =   12 k N = 12x10 3 N = 12000 N Speed of car = v = 20 ms -1 Kinetic energy of th
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