The solutions for the Trigonometric Functions are not readily available. While many schools may have a ready-made solution for this set in their school textbook, some might not. This is where our solution will be useful. In this article, you will find detailed solutions provided by us for the above set.Trigonometric Functions (Key Concept Reference) describes some basic and advanced uses of trigonometric functions, including identities, graph transformations, inverse functions, solutions of triangles, and polar coordinates.
Ncert Plus one Maths chapter-wise textbook solution for chapter 3 Trigonometric Functions Exercise 3.2. It contains detailed solutions for each question which have prepared by expert teachers to make each answer easily understand the students. they are well arranged solutions so that students would be able to understand easily.
Board | SCERT, Kerala |
Text Book | NCERT Based |
Class | Plus One |
Subject | Math's Textbook Solution |
Chapter | Chapter 3 |
Exercise | Ex 3.2 |
Chapter Name | Trigonometric Functions |
Category | Plus One Kerala |
Kerala Syllabus Plus One Math's Textbook Solution Chapter 3 Trigonometric Functions Exercises 3.2
Chapter 3 Trigonometric Functions Textbook Solution
Chapter 3 Trigonometric Functions Exercise 3.2
Find the values of other five trigonometric functions if , x lies in second quadrant.
In second quadrant sine and cosine are positive rest are negative.
sinx=3/5
cosx=-4/5
tanx=-3/4
cosecx=5/3
secx=-5/4
cotx=-4/3
Find the values of other five trigonometric functions if , x lies in third quadrant.
Since x lies in the 3rd quadrant, the value of sin x will be negative.
Find the value of the trigonometric function cosec (–1410°)
It is known that the values of cosec x repeat after an interval of 2Ï€ or 360°.
Find the value of the trigonometric function
It is known that the values of tan x repeat after an interval of Ï€ or 180°.
Find the value of the trigonometric function
It is known that the values of sin x repeat after an interval of 2Ï€ or 360°.
Find the value of the trigonometric function
It is known that the values of cot x repeat after an interval of Ï€ or 180°.
Prove that sin (n + 1)x sin (n + 2)x + cos (n + 1)x cos (n + 2)x = cos x
L.H.S. = sin (n + 1)x sin(n + 2)x + cos (n + 1)x cos(n + 2)x
Prove that
It is known that
∴L.H.S =
Prove that
It is known that
∴L.H.S. =
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Chapter 3 Trigonometric Functions EX 3.2 Solution
Chapter 3 Trigonometric Functions EX 3.2 Solution- Preview
Plus One Math's Chapter Wise Textbook Solution PDF Download
- Chapter 1: Sets
- Chapter 2: Relations and Functions
- Chapter 3: Trigonometric Functions
- Chapter 4: Principle of Mathematical Induction
- Chapter 5: Complex Numbers and Quadratic Equations
- Chapter 6: Linear Inequalities
- Chapter 7: Permutation and Combinations
- Chapter 8: Binomial Theorem
- Chapter 9: Sequences and Series
- Chapter 10: Straight Lines
- Chapter 11: Conic Sections
- Chapter 12: Introduction to Three Dimensional Geometry
- Chapter 13: Limits and Derivatives
- Chapter 14: Mathematical Reasoning
- Chapter 15: Statistics
- Chapter 16: Probability
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