Timestamps 00:05 - Exploring Inverse Trigonometric Functions and Their Properties 00:58 - Comprehensive revision of inverse trigonometric functions. 02:23 - Understanding domain restrictions for inverse trigonometric functions. 03:17 - Understanding the domain and range of inverse trigonometric functions. 05:07 - Understanding the domain and range of inverse sine function. 05:56 - Inverse trigonometric functions graphs are reflections around y=x. 07:40 - Understanding the graph and properties of inverse trigonometric functions. 08:23 - Understanding differences in trigonometric functions and their inverse characteristics. 10:08 - Graph of Cosine Inverse: Key Properties and Behavior 10:55 - Understanding the domain and range of inverse trigonometric functions. 13:03 - Understanding the range and graph of inverse tangent function. 14:01 - Understanding the domain and behavior of inverse tangent function. 15:42 - Explains characteristics of inverse trigonometric functions, focusing on cotangent. 16:30 - Explains the characteristics of inverse trigonometric function graphs. 18:10 - Graph and domain of inverse trigonometric functions are discussed. 19:17 - Explains the domain, range, and properties of the inverse function graph. 21:17 - Understanding the domain and range of the inverse cotangent function. 22:32 - Understanding the graph of inverse trigonometric functions. 24:37 - Inverse trigonometric functions: domain, range, and key properties. 25:22 - Inverse trigonometric functions only yield results in specific quadrants. 27:07 - Inverse trigonometric functions yield x in specific intervals. 28:01 - Inverse trigonometric functions relate to y = x under specific conditions. 30:10 - Understanding sin-1(sin(x - cos(x)) and its graphing technique. 31:17 - Understanding slopes and equations of parallel lines. 33:40 - Understanding inverse trigonometric function graphs through key transformations. 34:23 - Inverse trigonometric functions are periodic with specific ranges and slopes. 36:04 - Understanding the graph transformations of inverse trigonometric functions. 37:01 - Understanding inverse trigonometric functions and their equations. 38:53 - Understanding graph discontinuities in inverse trigonometric functions. 39:52 - Finding solutions for inverse functions and properties of odd/even functions. 41:43 - Understanding the properties of inverse trigonometric functions. 42:59 - Understanding the reciprocal relationships of inverse trigonometric functions. 44:42 - Understanding inverse trigonometric relationships and their transformations. 45:38 - Inverse trig functions relationships and key properties explained. 47:27 - Common mistakes in inverse trigonometric functions and their properties. 48:29 - Understanding inverse trigonometric functions and their formulas. 51:05 - Understanding inverse trigonometric functions and their applications. 51:52 - Converting inverse trigonometric functions for negative values. 53:24 - Handling negative values in inverse trigonometric functions. 54:14 - Understanding inverse trigonometric functions with practical problem-solving. 56:07 - Explaining the range of inverse trigonometric functions and case evaluations. 57:03 - Understanding ranges and values of inverse trigonometric functions. 59:22 - Graph behavior of inverse trigonometric functions across intervals. 1:00:21 - Understanding the inverse of x and its behavior across intervals. 1:02:44 - Understanding telescoping series in inverse trigonometric functions. 1:03:30 - Understanding properties and calculations of inverse tangent functions. 1:05:46 - Understanding telescoping series in inverse trigonometric functions. 1:07:03 - Understanding the limit of inverse trigonometric functions. 1:09:11 - Understanding inverse trigonometric functions and their equations. 1:10:10 - Understanding the relationship of inverse trigonometric functions in the context of cosines and sines. 1:12:07 - Practice enhances understanding of inverse trigonometric functions.
📚JEE mind map 2025 -physicswallah.onelink.me/ZAZB/nx8g2840
Best faculty of PW 💗
Timestamps
00:05 - Exploring Inverse Trigonometric Functions and Their Properties
00:58 - Comprehensive revision of inverse trigonometric functions.
02:23 - Understanding domain restrictions for inverse trigonometric functions.
03:17 - Understanding the domain and range of inverse trigonometric functions.
05:07 - Understanding the domain and range of inverse sine function.
05:56 - Inverse trigonometric functions graphs are reflections around y=x.
07:40 - Understanding the graph and properties of inverse trigonometric functions.
08:23 - Understanding differences in trigonometric functions and their inverse characteristics.
10:08 - Graph of Cosine Inverse: Key Properties and Behavior
10:55 - Understanding the domain and range of inverse trigonometric functions.
13:03 - Understanding the range and graph of inverse tangent function.
14:01 - Understanding the domain and behavior of inverse tangent function.
15:42 - Explains characteristics of inverse trigonometric functions, focusing on cotangent.
16:30 - Explains the characteristics of inverse trigonometric function graphs.
18:10 - Graph and domain of inverse trigonometric functions are discussed.
19:17 - Explains the domain, range, and properties of the inverse function graph.
21:17 - Understanding the domain and range of the inverse cotangent function.
22:32 - Understanding the graph of inverse trigonometric functions.
24:37 - Inverse trigonometric functions: domain, range, and key properties.
25:22 - Inverse trigonometric functions only yield results in specific quadrants.
27:07 - Inverse trigonometric functions yield x in specific intervals.
28:01 - Inverse trigonometric functions relate to y = x under specific conditions.
30:10 - Understanding sin-1(sin(x - cos(x)) and its graphing technique.
31:17 - Understanding slopes and equations of parallel lines.
33:40 - Understanding inverse trigonometric function graphs through key transformations.
34:23 - Inverse trigonometric functions are periodic with specific ranges and slopes.
36:04 - Understanding the graph transformations of inverse trigonometric functions.
37:01 - Understanding inverse trigonometric functions and their equations.
38:53 - Understanding graph discontinuities in inverse trigonometric functions.
39:52 - Finding solutions for inverse functions and properties of odd/even functions.
41:43 - Understanding the properties of inverse trigonometric functions.
42:59 - Understanding the reciprocal relationships of inverse trigonometric functions.
44:42 - Understanding inverse trigonometric relationships and their transformations.
45:38 - Inverse trig functions relationships and key properties explained.
47:27 - Common mistakes in inverse trigonometric functions and their properties.
48:29 - Understanding inverse trigonometric functions and their formulas.
51:05 - Understanding inverse trigonometric functions and their applications.
51:52 - Converting inverse trigonometric functions for negative values.
53:24 - Handling negative values in inverse trigonometric functions.
54:14 - Understanding inverse trigonometric functions with practical problem-solving.
56:07 - Explaining the range of inverse trigonometric functions and case evaluations.
57:03 - Understanding ranges and values of inverse trigonometric functions.
59:22 - Graph behavior of inverse trigonometric functions across intervals.
1:00:21 - Understanding the inverse of x and its behavior across intervals.
1:02:44 - Understanding telescoping series in inverse trigonometric functions.
1:03:30 - Understanding properties and calculations of inverse tangent functions.
1:05:46 - Understanding telescoping series in inverse trigonometric functions.
1:07:03 - Understanding the limit of inverse trigonometric functions.
1:09:11 - Understanding inverse trigonometric functions and their equations.
1:10:10 - Understanding the relationship of inverse trigonometric functions in the context of cosines and sines.
1:12:07 - Practice enhances understanding of inverse trigonometric functions.
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48:00 range of f(x) = [π/4,3π/4]
As arcsin(x)+arccos(x) = π/2
Then x must belong to [-1 ,1].
54:44. B.
14:09 1) π/2 2) -π/2
47:54 galat isliye hai kyuki f(x) ki domain |x|≤1 hai implies arctanx ka range [-π/4,π/4] hoga . Thus f(x) ka range [π/4,3π/4] hojayega.
sahi hai.
26:29 i) 2pi/3
ii)pi/4
iii) 3pi/4
26:31 1)2π/3
2)π/4
3)3π/4
mdh
Matched
30:00 start
1:28 General introduction
1)2π/3
2)π/4
3)3π/4
29:09 sachin sir ne bhi aise hi samjhaya tha.
Thank you sir for this amazing lecture 😊❤️
Ur teaching way is unique sir 😊
Amazing session 😊
26:31
(i) 2π/3
(ii) π/3
(iii) 3π/4
2nd wala galat hai
Love from Prayash 1.0
48:00 answer => (pi/4,3pi/4)
Only this ch is weak 😢
Best faculty of pw 😊❤
Thanks for this helpful video
Love you sir❤❤❤❤
2014 advance question answer is 3
hw ans
1 2pi/3
2.pi/4
3.
48:02 π/4 to 3π/4
How??? Pi/ 4??
Thank you sir ❤
Thank You Sir💚❤💚❤💚
54:34 B
1/2pie/3
2=pie/4
3=3pie/4
Love you sir....bas jee crack karke aapse milna h 🥹❤️
chalna beti tera jee crack nahi hoga
55:08 answer is c
54:41 option B
1:02:19 ans is 2
54:30 ans is -7/24
Very experienced faculty 💗
55:07 ANSWER IS "C"
Lakshya student>>>>>>>>>
54:57 B IS ANSWER
Thanks for 11 subscribers 🤗🥰
Thanks❤
thanks a lot sir
thank you sir
40min 3 points
[0,pi/2)
nice video quality
❤❤❤❤❤❤
Maja aa gaya sir
Chuunnuu present 😁
sir please bring integration
48.
💗💗💗💗💗
2pi by 3
❤😊❤😊
39:51 ans)3
🤝
💗💗💗💟💟💟
SIR VIDEO QUALITY 😭😭PLEASE CHECK KARA.
Best quality
BRO 1080P PER VI QUALITY NAHI AA RAHI. @@heyy_dev
bhai content quality bhi to check kr
1h wasted 😢
Why ???
Spammer 😡
Love you sirji ❤️😊
Love you sir 💖