Q) The number of solutions of equation (4−√3)sin𝑥 −2√3 cos^2 𝑥=−4/(1+√3),𝑥∈[−2𝜋,5𝜋/2] is

JEE MAINS 2025 ( 3 April – SHIFT 2 ) Q) The number of solutions of equation (4−√3)sin𝑥 −2√3 cos^2 𝑥=−4/(1+√3),𝑥∈[−2𝜋,5𝜋/2] is (a) 4(b) 3(c) 6(d) 5 jee advanced trigonometric question jee advanced maths solution 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 pyq maths jee advanced pyq chapterwise JEE ADVANCED 2025 (18 May – Paper 1 ) #class11trigonometry #jee 2025 #jeemaths #jee2025 #jee2026 Insta I’d- Shivanggupta34 #diffrentiation #methodofdifferentiation DIFFERENTIATION JEE MAIN PLAYLIST LINK :: LIMITS , Continuity, differentiability playlist link :;    • Limits, continuity and Differentiability J...   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 Logarithmictes 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 #JEEPreparation #JEEPreparationTips #JEEExam #JEEReady #JEE2025Preparation #JEEStudyTips #JEEAdvice #JEECrashCourse #JEEBooks #JEEPhysics #JEEChemistry #JEEMaths #JEEOnlineCoaching #JEEMockTests #JEEExamDay #JEESuccess #JEE2025Goals #JEEJourney #JEEAspiration Insta I’d- Shivanggupta Quadratic Equations JEE MAINS Class 11 :: https://www.youtube.com/playlist?list... ##pyqjee2023 #ir #functionalequation #je #jeepyq2022 #shortcut #shortcutmethod #jee2024 #jeeadvanced2022 #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 JEE MAINS 2025 JEE MAINS 2025 ( 3 April – SHIFT 1 ) JEE MAINS 2024 ( 24 Jan – SHIFT 1 ) Q) If 2sin^3 𝑥+sin2𝑥cos𝑥+4sin𝑥−4=0 has exactly 3 solutions in the interval [0,n𝜋/2],n∈N, then the roots of the equation 𝑥^2+𝑛𝑥+(𝑛−3)=0 belong to : (1) (0,∞)(2) (−∞,0)(3) (−√17/2,√17/2)(4) Z