Видео ютуба по тегу @Easymath4Jee

The integral ∫1/[(x-1)^3 (x+2)^5]^1/4 dx is equal to @Easymath4jee #integralclass12 #iitjee2025
The integral ∫1/[(x-1)^3 (x+2)^5]^1/4 dx is equal to @Easymath4jee #integralclass12 #iitjee2025
The integral ∫e^x * x^x (2 + logx) dx for x ∈ [1,2] equal : @Easymath4jee #definiteintegral
The integral ∫e^x * x^x (2 + logx) dx for x ∈ [1,2] equal : @Easymath4jee #definiteintegral
FUNCTION AND THEIR GRAPH | MONOMIAL | POLYNOMIAL | RATIONAL | IRRATIONAL | @Easymath4jee #iitjee2025
FUNCTION AND THEIR GRAPH | MONOMIAL | POLYNOMIAL | RATIONAL | IRRATIONAL | @Easymath4jee #iitjee2025
RANGE OF FUNCTION | METHOD TO FIND RANGE OF FUNCTION | @Easymath4jee #iitjee2025 #iitjee #iitmaths
RANGE OF FUNCTION | METHOD TO FIND RANGE OF FUNCTION | @Easymath4jee #iitjee2025 #iitjee #iitmaths
Find 16sin(20°) sin(40°) sin(80°) is equal to @Easymath4jee #trigonometry_tricks #trigonometry
Find 16sin(20°) sin(40°) sin(80°) is equal to @Easymath4jee #trigonometry_tricks #trigonometry
TRANSCENDENTAL FUNCTION| EXPONENTIAL FUNCTION | LOGARITHMIC FUNCTION| @Easymath4jee #iitjee2025 #iit
TRANSCENDENTAL FUNCTION| EXPONENTIAL FUNCTION | LOGARITHMIC FUNCTION| @Easymath4jee #iitjee2025 #iit
The value of 1∫−1 (x^2 * e^[x^3] )dx where [t] denotes the greatest integer ≤ t, is. @Easymath4jee
The value of 1∫−1 (x^2 * e^[x^3] )dx where [t] denotes the greatest integer ≤ t, is. @Easymath4jee
SETS 2 ,Subset , intervals, power & universal #sets #setsclass11 #iitjee #iitmaths @Easymath4jee
SETS 2 ,Subset , intervals, power & universal #sets #setsclass11 #iitjee #iitmaths @Easymath4jee
SETs 5 WAVY CURVE METHOD FOR INEQUALITIES #wavycurvemethod #jeemath #iitmaths #iit @Easymath4jee
SETs 5 WAVY CURVE METHOD FOR INEQUALITIES #wavycurvemethod #jeemath #iitmaths #iit @Easymath4jee
If Re(z-1/ 2z + i) = 1, where z = x + iy, then the point (x , y) lies on a @Easymath4jee #iitjee
If Re(z-1/ 2z + i) = 1, where z = x + iy, then the point (x , y) lies on a @Easymath4jee #iitjee
QUADRATIC EXPRESSION | RANGE OF QUADRATIC FUNCTION | #iitjee2025 #quadraticequation @Easymath4jee
QUADRATIC EXPRESSION | RANGE OF QUADRATIC FUNCTION | #iitjee2025 #quadraticequation @Easymath4jee
If ∫ limits(π/3)0 ( tanθ/√2 k secθ) dθ = 1 - (1/√2) . , then the value of k is @Easymath4jee
If ∫ limits(π/3)0 ( tanθ/√2 k secθ) dθ = 1 - (1/√2) . , then the value of k is @Easymath4jee
SETS 3 VENN DIAGRAMS , UNION, INTERSECTION, DIFFERENCE #venndiagram #unionofsets @Easymath4jee #iit
SETS 3 VENN DIAGRAMS , UNION, INTERSECTION, DIFFERENCE #venndiagram #unionofsets @Easymath4jee #iit
If `f(x)=int_(1)^(x) (log t)/(1+t) dt
If `f(x)=int_(1)^(x) (log t)/(1+t) dt"then" f(e)+f((1)/(e))` is equal to @Easymath4jee #iitjee
Let [t] denote the greatest integer le t and {t} denote the fractional part of t. The integral value
Let [t] denote the greatest integer le t and {t} denote the fractional part of t. The integral value
FUNCTION | DOMAIN OF FUNCTION | @Easymath4jee #iitjee2025 #domainandrange #domain #iitmaths
FUNCTION | DOMAIN OF FUNCTION | @Easymath4jee #iitjee2025 #domainandrange #domain #iitmaths
The number of solutions of the equation x + 2tanx = 𝝅/𝟐 in the interval [0, 2𝝅] is @Easymath4jee
The number of solutions of the equation x + 2tanx = 𝝅/𝟐 in the interval [0, 2𝝅] is @Easymath4jee
The equation of a common tangent to the curves, y ^ 2 = 16x and xy = - 4 is @Easymath4jee #ujjwaljee
The equation of a common tangent to the curves, y ^ 2 = 16x and xy = - 4 is @Easymath4jee #ujjwaljee
The number of solutions of the equation |cot x|= cot x+ 1/sin x in interval [0,2π] is @Easymath4jee
The number of solutions of the equation |cot x|= cot x+ 1/sin x in interval [0,2π] is @Easymath4jee