Q) Let A = R – {5} and B = R – {1}. Consider the function f: A β†’ B, defined by f(x) = (π‘₯
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Q) Let A = R – {5} and B = R – {1}. Consider the function f: A β†’ B, defined by f(x) = (π‘₯
21.4K views1 month ago
YouTubeShivang Maths Academy
Q) Simplify 𝐭an^(βˆ’πŸ) ( (𝟏 βˆ’π’„π’π’” 𝒙 )/(π’”π’Šπ’ 𝒙 ) )#class12maths # #cbsemaths #class12th
0:49
Q) Simplify 𝐭an^(βˆ’πŸ) ( (𝟏 βˆ’π’„π’π’” 𝒙 )/(π’”π’Šπ’ 𝒙 ) )#class12maths # #cbsemaths #class12th
2.1K views3 weeks ago
YouTubeShivang Maths Academy
Q) Simplify :sin(cot^(βˆ’1) π‘₯)}}#class12maths #shivangmathsacademy #cbsemaths #class12 #Shivangmath
1:00
Q) Simplify :sin(cot^(βˆ’1) π‘₯)}}#class12maths #shivangmathsacademy #cbsemaths #class12 #Shivangmath
4.4K views2 weeks ago
YouTubeShivang Maths Academy
Q) Let R be a relation defined on a set N of natural numbers such that 𝑅={(π‘₯,𝑦) : π‘₯𝑦 is a squ
2:29
Q) Let R be a relation defined on a set N of natural numbers such that 𝑅={(π‘₯,𝑦) : π‘₯𝑦 is a squ
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Q) Simplify : sin(2sin^(βˆ’1) 0.6)#class12maths #shivangmathsacademy #cbsemaths #class12
1:08
Q) Simplify : sin(2sin^(βˆ’1) 0.6)#class12maths #shivangmathsacademy #cbsemaths #class12
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Q) Prove that cos(sin^(βˆ’1) 3/5+cot^(βˆ’1) 3/2) =6/(5√13) #cbsemaths #class12maths #maths #cbse2027
1:48
Q) Prove that cos(sin^(βˆ’1) 3/5+cot^(βˆ’1) 3/2) =6/(5√13) #cbsemaths #class12maths #maths #cbse2027
8.8K views2 weeks ago
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Q) Prove that the relation R in the set of integers Z defined as R={(a,b):2 divides (a+b)} an equiva
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Q) Prove that the relation R in the set of integers Z defined as R={(a,b):2 divides (a+b)} an equiva
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Q) Evaluate[tan^(βˆ’1) tan(3πœ‹/4)]..#class12maths #shivangmathsacademy #cbsemaths #class12th
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2:01
Q) Simplify : cos^(βˆ’1) {π‘₯/√(π‘₯^2+π‘Ž^2 )}#class12maths #shivangmathsacademy #cbsemaths #class12
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Find the domain of the function 𝑓(π‘₯)=𝑠𝑖𝑛^(βˆ’1) (π‘₯^2βˆ’3) #class12maths #shivangmaths
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Q) Let 𝐴={1,2,3,…,8} and 𝑅 be the relation in 𝐴×𝐴 defined by (π‘Ž,𝑏)𝐑(𝑐,𝑑) if 𝐚+𝐝=𝐛+𝐜 f
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1:58
Q) Simplify : tan^(βˆ’1) ((cos2π‘₯βˆ’sin2π‘₯)/(cos2π‘₯+sin2π‘₯)),0=π‘₯=πœ‹/4..#class12maths #shivangmathsaca
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0:42
Q) The principal value of sec^(βˆ’1) (√2)+2cosec^(βˆ’1) (βˆ’βˆš2) is #shivangmathsacademy #maths #cbsemaths
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Q) Simplify :sin^(βˆ’1) (5/13 cosπ‘₯+12/13 sinπ‘₯)#class12maths #shivangmathsacademy #cbsemaths
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Q) Simplest form of tan^(βˆ’1) ((√(1+cosx)+√(1βˆ’cosx))/(√(1+cosx)βˆ’βˆš(1βˆ’cosx))), Ο€=x=3Ο€/2 is#class
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Q) Find the domain of sec^(βˆ’1) (2π‘₯+1). #maths #shivangmathsacademy #shivangmathsacademy #cbsemaths
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1:53
Q) If 𝑓(π‘₯)={((1βˆ’sin^3 π‘₯)/(3cos^2 π‘₯), for π‘₯β‰ πœ‹/2 π‘˜, for π‘₯=πœ‹/2) is continuous at π‘₯=πœ‹/2, t
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Q) Evaluate sin[cos^(βˆ’1) cos(7πœ‹/6)] #shivangmathsacademy #cbsemaths #class12maths #maths
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Q) Simplify : sin^(βˆ’1) ((sinπ‘₯+cosπ‘₯)/√2),βˆ’πœ‹/4=π‘₯=πœ‹/4..#class12maths #shivangmathsacademy #cbse
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Q) Write the value of tan(2tan^(βˆ’1) 1/5).#class12maths #shivangmathsacademy #cbsemaths #class12th
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3:00
Q) Let A = R – {5} and B = R – {1}. Consider the function f: A β†’ B, defined by f(x) = (π‘₯
21.4K views1 month ago
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Q) Simplify 𝐭an^(βˆ’πŸ) ( (𝟏 βˆ’π’„π’π’” 𝒙 )/(π’”π’Šπ’ 𝒙 ) )#class12maths # #cbsemaths #class12th
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Q) Simplify :sin(cot^(βˆ’1) π‘₯)}}#class12maths #shivangmathsacademy
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2:29
Q) Let R be a relation defined on a set N of natural numbers such that 𝑅={(π‘₯,𝑦) : π‘₯𝑦 is a squ
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Q) Simplify : sin(2sin^(βˆ’1) 0.6)#class12maths #shivangmathsacademy
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Q) Prove that cos(sin^(βˆ’1) 3/5+cot^(βˆ’1) 3/2) =6/(5√13) #cbsemaths #class12maths
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Q) Prove that the relation R in the set of integers Z defined as R={(a,b):2 divides (a+b)} an
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Q) Evaluate[tan^(βˆ’1) tan(3πœ‹/4)]..#class12maths #shivangmathsacademy
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Q) Simplify : cos^(βˆ’1) {π‘₯/√(π‘₯^2+π‘Ž^2 )}#class12maths #shivangmathsacademy
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Find the domain of the function 𝑓(π‘₯)=𝑠𝑖𝑛^(βˆ’1) (π‘₯^2βˆ’3) #class12maths #shivangmaths
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Q) Let 𝐴={1,2,3,…,8} and 𝑅 be the relation in 𝐴×𝐴 defined by (π‘Ž,𝑏)𝐑(𝑐,𝑑) if 𝐚+𝐝=𝐛+𝐜 f
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Q) Simplify : tan^(βˆ’1) ((cos2π‘₯βˆ’sin2π‘₯)/(cos2π‘₯+sin2π‘₯)),0=π‘₯=πœ‹/4..#class12maths #shivangmathsaca
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Q) The principal value of sec^(βˆ’1) (√2)+2cosec^(βˆ’1) (βˆ’βˆš2) is
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Q) Simplify :sin^(βˆ’1) (5/13 cosπ‘₯+12/13 sinπ‘₯)#class12maths #shivangmathsacademy
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Q) Simplest form of tan^(βˆ’1) ((√(1+cosx)+√(1βˆ’cosx))/(√(1+cosx)βˆ’βˆš(1βˆ’cosx))), Ο€=x=3Ο€/2 is#class
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Q) Find the domain of sec^(βˆ’1) (2π‘₯+1). #maths #shivangmathsacademy
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Q) If 𝑓(π‘₯)={((1βˆ’sin^3 π‘₯)/(3cos^2 π‘₯), for π‘₯β‰ πœ‹/2 π‘˜, for π‘₯=πœ‹/2) is continuous at π‘₯=πœ‹/2, t
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Q) Evaluate sin[cos^(βˆ’1) cos(7πœ‹/6)] #shivangmathsacademy
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Q) Simplify : sin^(βˆ’1) ((sinπ‘₯+cosπ‘₯)/√2),βˆ’πœ‹/4=π‘₯=πœ‹/4..#class12maths #shivangmathsacademy #cbse
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Q) Write the value of tan(2tan^(βˆ’1) 1/5).#class12maths
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