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- FSc Part 1 (KPK Boards)
- ric series. * recognize a harmonic sequence and find its nth term. * define harmonic mean and insert... ces and its uses. * use the partial fraction to find the sum to $n$ terms and to infinity of the serie... . * expand $(x+y)^n$ using binomial theorem and find its general form. * understand pascal's triangl... l number. * know binomial series and its use to find the sum of the given series. ===Download=== <cal
- Unit 02: Differentiation @fsc:fsc_part_2_solutions
- re few online resource, which are very helpful to find derivative. * [[http://calc101.com/webMathemati... ven in exercise. Here is one example: We have to find the derivative of $\frac{x+1}{x-1}$ with respect ... gned} $$ This was a simple example but try it to find the derivative of $\frac{x^2+1}{x^2-1}$. <callout
- FSc Part 2 (KPK Boards)
- cognize the composition of a function and then to find out the composition of two functions. * describe the inverse of a function and then to find out the inverse of composition of two functions.
- Short Questions by Mr. Akhtar Abbas @fsc:fsc_part_2_mcqs
- n example. * Define even and odd functions. * Find the domain and range of $\sqrt{x^2-4}$. * Defin... ve that the derivative of a constant is zero. * Find the derivative of $x^{100}$ by definition. * Wh
- Chap 04: Formulas Introduction to Analytics Geometry
- tics Geometry ====== On these four pages, one can find all the formulas used in Chapter 04: Formulas Int
- Short Questions by Mr. Akhtar Abbas @fsc:fsc_part_1_mcqs
- o what will be the order of AB? - A die rolled. Find the probability that top show dots less than 5.
- Chapter 01: Number System @fsc:fsc_part_1_solutions
- on of complex numbers, the complex plane * To find real and imaginary parts of (i) $(x+iy)^n$ (ii) $
- Chapter 06: Sequences and Series @fsc:fsc_part_1_solutions
- * Sigma Notation(or Summation Notation) * To find the Formulae of Sum * Exercise 6.11 ====Some
- Unit 01: Functions and Limits @fsc:fsc_part_2_solutions
- * Inverse of a Function * Algebraic Method to find the Inverse Function * Exercise 1.2 * Limit
- Unit 04: Introduction to Analytic Geometry @fsc:fsc_part_2_solutions
- in two Veriables * Homogeneous Equation * To find measure of the angle between the lines represente