Home
Class 12
MATHS
If the equation cof^4x-2cos e c^2x+a^2=0...

If the equation `cof^4x-2cos e c^2x+a^2=0` has at least one solution, then the sum of all possible integral values of a is equal to a. 4 b. 3 c. 2 d. 0

Promotional Banner

Similar Questions

Explore conceptually related problems

If the equation cot^4x-2cos e c^2x+a^2=0 has at least one solution, then the sum of all possible integral values of a is equal to

If the equation cot^4x-2cos e c^2x+a^2=0 has at least one solution, then the sum of all possible integral values of a is equal to

If the equation cot^4x-2cos e c^2x+a^2=0 has at least one solution, then the sum of all possible integral values of a is equal to

If the equation cot^4x-2cos e c^2x+a^2=0 has at least one solution, then the sum of all possible integral values of a is equal to a. 4 b. 3 c. 2 d. 0

If the equation cot^4x-2cos e c^2x+a^2=0 has at least one solution, then the sum of all possible integral values of a is equal to a. 4 b. 3 c. 2 d. 0

If the equation cot^(4)x-2cos ec^(2)x+a^(2)=0 has at least one solution,then the sum of all possible integral values of a is equal to

If the equation cot^(4)x-2cos ec^(2)x+a^(2)=0 has at least one solution,then the sum of all possible integral values of a is equal to a.4b .3c.2d.0

If the equation cot^(4) x - 2 cosec^(2) x + a^(2) = 0 has at least one solution, then the sum of all possible ntergral values of a is equal to

If the equation x^(2)+4+3sin(ax+b)-2x=0 has at least one real solution, where a,b in [0,2pi] then one possible value of (a+b) can be equal to

If the equation x^(2)+4+3sin(ax+b)-2x=0 has at least one real solution, where a,b in [0,2pi] then one possible value of (a+b) can be equal to