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- Question 3 & 4, Exercise 1.3 @fsc-part1-kpk:sol:unit01
- ons of Question 3 & 4 of Exercise 1.3 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 2, Exercise 1.3 @fsc-part1-kpk:sol:unit01
- lutions of Question 2 of Exercise 1.3 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 1, Exercise 1.3 @fsc-part1-kpk:sol:unit01
- lutions of Question 1 of Exercise 1.3 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic... ===== Solve the simultaneous linear equation with complex coefficient. \begin{align}&z-4w=3i\\ &2z+3w=11-5... ===== Solve the simultaneous linear equation with complex coefficient. \begin{align}&z+w=3i\\ &2z+3w=2\end{... ===== Solve the simultaneous linear equation with complex coefficient. \begin{align} &3z+(2+i)w=11-i\\ &(2
- Question 9, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 9 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 8, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 8 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 7, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 7 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 6, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 6 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic... istan. =====Question 6(i)===== Show that for all complex numbers ${{z}_{1}}$and ${{z}_{2}}$. Verify that $... oved. =====Question 6(ii)===== Show that for all complex numbers ${{z}_{1}}$and ${{z}_{2}}$that $\left| \d
- Question 5, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 5 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 3 & 4, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- ons of Question 3 & 4 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic... nd the additive and multiplicative inverse of the complex number $5+2i$. ====Solution==== Given $z=5+2i$. ... nd the additive and multiplicative inverse of the complex number $\left( 7,-9 \right)$. ====Solution==== Gi
- Question 2, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 2 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 1, Exercise 1.2 @fsc-part1-kpk:sol:unit01
- lutions of Question 1 of Exercise 1.2 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 11, Exercise 1.1 @fsc-part1-kpk:sol:unit01
- utions of Question 11 of Exercise 1.1 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 9 & 10, Exercise 1.1 @fsc-part1-kpk:sol:unit01
- ns of Question 9 & 10 of Exercise 1.1 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 8, Exercise 1.1 @fsc-part1-kpk:sol:unit01
- lutions of Question 8 of Exercise 1.1 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic
- Question 7, Exercise 1.1 @fsc-part1-kpk:sol:unit01
- lutions of Question 7 of Exercise 1.1 of Unit 01: Complex Numbers. This is unit of A Textbook of Mathematic