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- Unit 03: Integration @fsc-part2-ptb:important-questions
- frac{dy}{dx})=2(y^2+\frac{dy}{dx})$--- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Unit 06: Conic section @fsc-part2-ptb:important-questions
- f the conic $y=1+x^2$ and $y=1+4x-x^2$.--- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Unit 02: Differentiation @fsc-part2-ptb:important-questions
- x}$ w.r.t.$x$ from first principle. --- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Unit 04: Introduction to Analytic Geometry @fsc-part2-ptb:important-questions
- ith equation $4x^2+4y^2-8x-12y-25=0$.--- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Unit 07: Vectors @fsc-part2-ptb:important-questions
- c\times(\underline a+\underline b)=0$--- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Unit 01: Functions and Limits @fsc-part2-ptb:important-questions
- ta -\sin \theta}{\sin^3 \theta}$. --- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Old Question Papers/Model Papers HSSC-II (FSc-II): FBISE
- del papers of mathematics (math) for HSSC-II (FSc Part 2) conducted by Federal Board of Intermediate and S... Here is the list of all old or past paper for FSc Part 2 available on our website. * [[:fsc-part2-ptb:fbise-papers:view?f=mathematics-hssc-ii-annual-2017-fbise|Mathematics II (Annual 2017) with hints]] * [[:fsc-part2-ptb:fbise-papers:view?f=mathematics-hssc-ii-annual-2016-fbise|Mathematics II (Annual 2016) with hints]
- Papers (Old/Past/Model): FBISE - FSc-II @fsc-part2-ptb:fbise-papers
- nly old papers or model papers of Mathematics FSc Part 2 (HSSC-II) conducted by Federal Board of Intermedi... ers.php}} ====List of old papers==== * [[:fsc-part2-ptb:fbise-papers:view?f=mathematics-hssc-ii-annual-2017-fbise|Mathematics II (Annual 2017) with hints]] * [[:fsc-part2-ptb:fbise-papers:view?f=mathematics-hssc-ii-annual-2016-fbise|Mathematics II (Annual 2016) with hints]] * [[:fsc-part2-ptb:fbise-papers:view?f=mathematics-hssc-ii-annual-2015-fbise|Mathematics II (Annual 2015)]] * [[:f
- Unit 05: Linear Inequalities and Linear Programming @fsc-part2-ptb:important-questions
- $x+4y\leq 12$\\ $x\geq0, y\geq 0$.--- // BSIC Sargodha(2017)// </list-group> {{tag>FSc FSc_Part2 Important_Questions_FSc_2}}
- Definitions: FSc Part 2 (Mathematics): PTB
- ====== Definitions: FSc Part 2 (Mathematics): PTB ====== On this page, all the definitions of "Calculus and Analytic Geometry, MATHEMATICS 12" (Mathematics FSc Part 2 or HSSC-II), Punjab Textbook Board (PTB) Lahore, Pakistan are given. We are very thankful to **Muh... // a unique element //y// in //Y//. \\ e.g. $A=x^2$, that is, //A// is a function of //x//. * **D
- Short Term Preparation FSc 2
- Short Term Preparation FSc 2 ====== {{tag>FSc FSc_Part2 M_Salman_Sherazi Important_Questions_FSc_2}} {{ :fsc-part2-ptb:short-term-preparation-fsc-2.jpg?nolink|Short Term Preparation Guide FSc 2}} This document contains all the important... ns and Long Questions of Mathematics HSSC-II (FSc Part 2) from the Calculus and Analytic Geometry, MATHEMATICS 12. It has been done to help the students and teache... Download PDF==== {{gview 660px noreference>:fsc-part2-ptb:short-term-preparation-fsc-2-ptb-salman-sherazi.pdf|Short Term Preparation FSc
- Important Questions: HSSC-II
- book Calculus and Analytic Geometry, MATHEMATICS 12 (Mathematics FSc Part 2 or HSSC-II), Punjab Textbook Board (PTB) Lahore... estions:unit-01-functions-and-limits]] * [[fsc-part2-ptb:important-questions:unit-02-differentiation ]] * [[fsc-part2-ptb:important-questions:unit-03-integration ]] * [[fsc-part2-ptb:important-questions:unit-04-introduction-to-
- Derivatives, Integration Formulas & Rules
- and integration formulas & rules used in chapter 2 and 3 of FSc Part 2. This page is send by Muzzammil Subhan. {{gview 600px noreference> :fsc-part2-ptb:fsc-derivatives-integration-formulas-and-rul... mulas and Rules}} <HTML><center</HTML> **{{:fsc-part2-ptb:fsc-derivatives-integration-formulas-and-rul