Загрузка...

Q) Suppose 𝜃∈[0,𝜋/4] is a solution of 4cos𝜃−3sin𝜃=1. Then cos𝜃 is equal to JEE MAINS 2024

JEE MAINS 2024 ( 5 April – SHIFT 2 )
Q) Suppose 𝜃∈[0,𝜋/4]
is a solution of
4cos𝜃−3sin𝜃=1.
Then cos𝜃 is equal to :(a) 4/((3√6−2))(b) (6−√6)/((3√6−2))(c) (6+√6)/((3√6+2))(d) 4/((3√6+2))
ee advanced trigonometric question
jee advanced maths solution Q) Suppose 𝜃∈[0,𝜋/4] is a solution of 4cos𝜃−3sin𝜃=1. Then cos𝜃 is equal to JEE MAINS 2024
jee advanced 2025 paper solution
jee advanced maths channel
jee advanced mathematics questions
jee advanced mathematics questions
jee advanced 2025 paper solution
jee advanced maths paper solving
complete maths for jee advanced
jee advanced maths paper analysis
jee advanced maths paper discussion
jee advanced 2022 math solution
jee advanced mathematics lectures
jee advanced 2021 maths solutions
jee advanced maths important questions
jee advanced maths integration #class11trigonometry #jee 2025 #jeemaths #jee2025 #jee2026

Insta I’d- Shivanggupta34
#diffrentiation #methodofdifferentiation
DIFFERENTIATION JEE MAIN PLAYLIST LINK ::
LIMITS , Continuity, differentiability playlist link :; https://www.youtube.com/playlist?list=PL1BhIYe_5oFlBdXN3Q3bYHaAS1wwxXe8f
JEE: Continuity L4
#jee2025exam #JEEshivangmathsacademy
METHOD OF DIFFERENTIATION in One Shot: All Concepts & PYQs Covered | JEE Main & Advanced
#JEE #JEE2025 #shivangmathsacademy
#IIT #IIT2025 #JEE #methodofdifferentiation
JEE 2025: Methods of Differentiation L1
#MethodOfDifferentiation #jee2025
#Continuity #JEE #JEE #JEEBatch #JEESeries l #jee2024 #Maths #Pyqs #JEEConcepts #OneShot #Differentiability #MethodOfDifferentiation
Continuity at a point
#JEEPreparation #JEEMain #JEEAdvanced #JEE2025 #JEEMathematics #OneShotJEE #CrashCourseJEE #JEEImportantQuestions #IITJEE #shivangmathsacademy
#JEE #JEEMain #JEEmain2025 #JEEAdvanced #JEEAdvanced2025 #JEE2025 #JEEPreparation #JEE #Class12maths #DifferentiationClass12 #Differentiation Class 12 | One Shot | Marathon | JEE Main | JEE Advanced 2025 #differentiation of inverse Function #parametricfunction #parametricdifferentiation
#impicitform #differentiationoflograthmicfunction
Differentiation | Definition of Derivative | Geometric Interpretation of Derivative | Differentiability | Rules of Differentiation | Power Rule | Product Rule | Quotient Rule | Chain Rule | Derivative of Polynomial Functions | Derivative of Trigonometric Functions | Derivative of Exponential Functions | Derivative of Logarithmic Functions | Derivative of Inverse Trigonometric Functions | Higher Order Derivatives | Implicit Differentiation | Logarithmic Differentiati a tive of Hyperbolic Functions | Derivative of Inverse Hyperbolic Functio n | Applications of Derivatives | Tangent and Normal | Increasing and Decreasing Functions | Maxima and Minima | Rolle’s Theorem | Mean Value Theorem | L'Hôpital's Rule | Differentiability and Continuity | Differentiation of Composite Functions | Differentiation of Piecewise Functions | Differentiation under the Integral Sign | Differentiation of Multivariable Functions | Partial Derivatives | Directional Derivatives | Implicit Function Theorem | Optimization Problems | Related Rates Problems | Curve Sketching Using Derivatives | Differentiation in Physics and Engineering. #higherorderderivatives
-----------------------------------------------------------------------------------------------------------------------------------------------------------
Free IIT JEE coaching,
Free JEd preparation,
Best free lAdvanced,
JEE Main
#inversetrigonometricfunctionsclass12
#JEEMain #JEEAdvanced #Mathematics Trigonometric, logarithmic, and exponential functions, i#JEE2025

#JEE
#JEEAdvice

#JEECrashCourse

#JEEMaths

#JEEOnlineCoaching

#JEEMockTests

#JEEExamDay

#JE
#JEEAspiration
Insta I’d- Shivanggupta
Qu2022
#jeemain2025
---------------------
#Maths #JEE # #JEE #JEEMaths #JEEExam #JEE2026 #
| | SHIVANG Maths ACADEMY | SHIVANG Sir Maths
#jee #jeemains
#shivangmathsacademy
#jee2024
#pyq
#shivangmathsacademy
#jeemaths #mathsjee #jeemain2023 #jeemainpyq2023 #jeemainpyq2022
#jeemainpyq2020
#class11maths
#jeeclassesonline
#jeemain2024
#JEE2024 #jee2025 #JEE
#jee2026 #jee2025
Differentiation PYQ jee main 2024
April and January session
#jeequest #jeemain #jeeadvanced #jeemain2025 #jeemain2024 #jee
J

Видео Q) Suppose 𝜃∈[0,𝜋/4] is a solution of 4cos𝜃−3sin𝜃=1. Then cos𝜃 is equal to JEE MAINS 2024 канала Shivang Maths Academy JEE
Комментарии отсутствуют
Зарегистрируйтесь или войдите с
Информация о видео
21 декабря 2025 г. 21:32:43
00:02:58
Shivang Maths Academy JEE
Правообладателям
Жалоба на материал Недопустимый материал Нарушение авторских прав
Комментарии
Поделиться
Другие видео канала

Q) If the solution of the equation log_cos𝑥 cot𝑥+4log_sin𝑥 tan𝑥=1, 𝑥∈(0,𝜋/2), is sin^(−1) (Q) If the solution of the equation log_cos𝑥 cot𝑥+4log_sin𝑥 tan𝑥=1, 𝑥∈(0,𝜋/2), is sin^(−1) (

Q) The number of solutions of the equation (9/x−9/√x+2)(2/x−7/√x+3)=0 (1) 2(2) 4(3) 1(4) 3Q) The number of solutions of the equation (9/x−9/√x+2)(2/x−7/√x+3)=0 (1) 2(2) 4(3) 1(4) 3

Q) Let the slope of the line 45𝑥+5𝑦+3=0 be 27𝑟_1+(9𝑟_2)/2 for some 𝑟_1,𝑟_2∈ℝ". Then lim(𝑥→3) (∫1Q) Let the slope of the line 45𝑥+5𝑦+3=0 be 27𝑟_1+(9𝑟_2)/2 for some 𝑟_1,𝑟_2∈ℝ". Then lim(𝑥→3) (∫1

Q) The sum of all rational terms in the expansion of (2^(1/5)+5^(1/3) )^15 is equal to #jee #mathsQ) The sum of all rational terms in the expansion of (2^(1/5)+5^(1/3) )^15 is equal to #jee #maths

Q) The value of(𝑒^(𝜋/4)+∫ 0^(𝜋/4)  𝑒^(−𝑥) tan^50 𝑥𝑑𝑥)/(∫ 0^(𝜋/4) 𝑒^(−𝑥) (tan^49 𝑥+tan^5Q) The value of(𝑒^(𝜋/4)+∫ 0^(𝜋/4)  𝑒^(−𝑥) tan^50 𝑥𝑑𝑥)/(∫ 0^(𝜋/4) 𝑒^(−𝑥) (tan^49 𝑥+tan^5

Q) Let f(x)=x−1 and g(x)=e^x If 𝑑𝑦/𝑑𝑥=(𝑒^(−2√𝑥) 𝑔(𝑓(𝑓(𝑥)))−𝑦/√𝑥), 𝑦(0)=0, then 𝑦(1)Q) Let f(x)=x−1 and g(x)=e^x If 𝑑𝑦/𝑑𝑥=(𝑒^(−2√𝑥) 𝑔(𝑓(𝑓(𝑥)))−𝑦/√𝑥), 𝑦(0)=0, then 𝑦(1)

Q) If 𝑥=𝑓(𝑦) is the solution of the differential equation(1+𝑦^2 )+(𝑥−2𝑒^(tan^(−1) 𝑦) )Q) If 𝑥=𝑓(𝑦) is the solution of the differential equation(1+𝑦^2 )+(𝑥−2𝑒^(tan^(−1) 𝑦) )

If 24∫_0^(𝜋/4) (sin|4𝑥−𝜋/12|+[2sin𝑥])𝑑𝑥=2𝜋+𝛼, then 𝛼 is equal to #jee #maths #jeebatch #jeemathsIf 24∫_0^(𝜋/4) (sin|4𝑥−𝜋/12|+[2sin𝑥])𝑑𝑥=2𝜋+𝛼, then 𝛼 is equal to #jee #maths #jeebatch #jeemaths

Q) 96 cos π/33 cos 2π/33 cos 4π/33 cos8π/33 cos16π/33 is #maths #jeemains #jee2026 maths #jee2025Q) 96 cos π/33 cos 2π/33 cos 4π/33 cos8π/33 cos16π/33 is #maths #jeemains #jee2026 maths #jee2025

Q) The number of solutions of equation e^(sin x ) -2 e^(-sin x ) = 2 is #jee #maths #jee2026 #jeeQ) The number of solutions of equation e^(sin x ) -2 e^(-sin x ) = 2 is #jee #maths #jee2026 #jee

Q) The value of (sin70 )(cot10 cot70 −1) is trigonometric_function #jee2026#maths jee pyq 2025Q) The value of (sin70 )(cot10 cot70 −1) is trigonometric_function #jee2026#maths jee pyq 2025

Q) If the system of equations2x - y + z = 4;5x + ty + 3z = 12;- 100x – 47y + μz = 212has infinitelyQ) If the system of equations2x - y + z = 4;5x + ty + 3z = 12;- 100x – 47y + μz = 212has infinitely

Q)The value of ((−1+𝑖√3)/(1−𝑖))^30 is #complexnumbers #jee2026 # jee complex number class 11Q)The value of ((−1+𝑖√3)/(1−𝑖))^30 is #complexnumbers #jee2026 # jee complex number class 11

Let 𝛼 and 𝛽 be the roots of x^2 - 6x-2=0. If an = a^n - ẞ^n for n≥ 1, then the value of a10 -Let 𝛼 and 𝛽 be the roots of x^2 - 6x-2=0. If an = a^n - ẞ^n for n≥ 1, then the value of a10 -

The remainder when〖((64)^((64)) )〗^((64)) is divided by 7 is equal#class11binomialtheorem #jee 2025The remainder when〖((64)^((64)) )〗^((64)) is divided by 7 is equal#class11binomialtheorem #jee 2025

Q) If P=[(1 0 1/2 1)], then P^50 is #jee #maths #jee2025 #jeemaths #jee2026 #jeeadvanced #jeemainsQ) If P=[(1 0 1/2 1)], then P^50 is #jee #maths #jee2025 #jeemaths #jee2026 #jeeadvanced #jeemains

JEE MAIN 2026JEE MAIN PYQ 2023 ( 24 Jan - shift 1 ) || Quadratic Equation Class12 #jee2026JEE MAIN 2026JEE MAIN PYQ 2023 ( 24 Jan - shift 1 ) || Quadratic Equation Class12 #jee2026

Q) If the circles (𝑥+1)^2+(𝑦+2)^2=𝑟^2 and 𝑥^2+𝑦^2−4𝑥−4𝑦+4=0 intersect at exactly two distQ) If the circles (𝑥+1)^2+(𝑦+2)^2=𝑟^2 and 𝑥^2+𝑦^2−4𝑥−4𝑦+4=0 intersect at exactly two dist

Q) If the value of 3 cos 36°+5 sin 18° / 5 cos 36°-3 sin 18° is a√5-b, where a, b, cQ) If the value of 3 cos 36°+5 sin 18° / 5 cos 36°-3 sin 18° is a√5-b, where a, b, c

Q) Let a straight line L pass through the point P(2,-1,3) and be perpendicular to the lines (𝑥−1)/Q) Let a straight line L pass through the point P(2,-1,3) and be perpendicular to the lines (𝑥−1)/

Яндекс.Метрика
© 2008-2026 «Информационно-развлекательный портал города Верхняя Салда»
salda.ws@mail.ru salda_ws Контакты Карта портала Сообщить об ошибке Соглашения Пользовательское соглашение Соглашение о конфиденциальности Согласие на обработку персональных данных Информация для правообладателей Об использовании Cookies
Все заметки Новая заметка Страницу в заметки
Страницу в закладки Мои закладки
На информационно-развлекательном портале SALDA.WS применяются cookie-файлы. Нажимая кнопку Принять, вы подтверждаете свое согласие на их использование.
О CookiesНапомнить позжеПринять