Q) If 𝑦=se𝑐(tan^(βˆ’1) π‘₯), then 𝑑𝑦/𝑑π‘₯ at π‘₯=1 is #cbse2026 #maths #class12maths #class12 #cbse2026

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Q) If 𝑦 = tan^(βˆ’1) π‘₯+tan^(βˆ’1) 1/π‘₯ then 𝑑𝑦/𝑑π‘₯ is:#cbse2026 #maths #cbse #continuity #class Q) If 𝑦 = tan^(βˆ’1) π‘₯+tan^(βˆ’1) 1/π‘₯ then 𝑑𝑦/𝑑π‘₯ is:#cbse2026 #maths #cbse #continuity #class
Q) If y=tan^(βˆ’1) ((1βˆ’cosπ‘₯)/sinπ‘₯), then dy/dπ‘₯ is #cbse2026 #maths #class12math #cbse #class #m Q) If y=tan^(βˆ’1) ((1βˆ’cosπ‘₯)/sinπ‘₯), then dy/dπ‘₯ is #cbse2026 #maths #class12math #cbse #class #m
Q) If tan^-1(x^2 - y^2) = a , where a is a constant, then dy/dx is #cbse2026 #maths #cbse #cbseboard Q) If tan^-1(x^2 - y^2) = a , where a is a constant, then dy/dx is #cbse2026 #maths #cbse #cbseboard
CBSE 2026 Inverse Trigonometric PYQ 2022 Maths for Class 12 #cbse2026 #maths#cbseboard #cbseclass12 CBSE 2026 Inverse Trigonometric PYQ 2022 Maths for Class 12 #cbse2026 #maths#cbseboard #cbseclass12
Q) If 𝑦=log[tan(πœ‹/4+π‘₯/2)], then 𝑑𝑦/𝑑π‘₯#cbse2026 #maths #class12maths #class12maths #class12 Q) If 𝑦=log[tan(πœ‹/4+π‘₯/2)], then 𝑑𝑦/𝑑π‘₯#cbse2026 #maths #class12maths #class12maths #class12
x = √(a ^ (tan(t)-¹)) and y = √(a ^ (cot(t)-¹)) then show that xd/dx (y) + y = 0 #cbse2026 #maths x = √(a ^ (tan(t)-¹)) and y = √(a ^ (cot(t)-¹)) then show that xd/dx (y) + y = 0 #cbse2026 #maths
Q) If y = tan x + sec x prove that d^2 y/dx^2 = cos x / (1+ sin x )^2 CBSE 2026 Differentiation PYQ Q) If y = tan x + sec x prove that d^2 y/dx^2 = cos x / (1+ sin x )^2 CBSE 2026 Differentiation PYQ
Q) Integration ∫ ( tan x / (sec x+tan x)𝑑π‘₯ #class12 #cbse #maths #integrationclass12 #cbse2026 Q) Integration ∫ ( tan x / (sec x+tan x)𝑑π‘₯ #class12 #cbse #maths #integrationclass12 #cbse2026