Home
Class 11
MATHS
[" Q.16Let "f(x)=[[2x+3;x<=1],[a^(2)x+1;...

[" Q.16Let "f(x)=[[2x+3;x<=1],[a^(2)x+1;x>1]" .If the range of "f(x)=R" (set of real numbers) then number of integral "],[" value(s),which a may take: "],[[" (A) "2," (B) "3," (C) "4," (D) "5]]

Promotional Banner

Similar Questions

Explore conceptually related problems

Let f (x)= [{:(2x+3,x gt 1),(alpha ^(2) x+1,x le1):} If range of f (x)=R (set of real numbers) then number orf integral value(s), which alpha any take :

Let f (x)= [{:(2x+3,x gt 1),(alpha ^(2) x+1,x le1):} If range of f (x)=R (set of real numbers) then number orf integral value(s), which alpha any take :

Let f (x)= [{:(2x+3,x gt 1),(alpha ^(2) x+1,x le1):} If range of f (x)=R (set of real numbers) then number orf integral value(s), which alpha any take :

For f:N rarr R f(x)=(x^(3)-11^(3))^(1//3) , the number of positive integral values f(x) can take is

Let f(x)=((2x^(3)-9x^(2)+12x+3)(x-a))/((x-a)) if range f(x) is proper sumset real number then the most exhaustive set in which a lies is

Let f(x)=(x^(4)-lambdax^(3)-3x^(2)+3lambdax)/(x-lambda). If range of f(x) is the set of entire real numbers, the true set in which lambda lies is

Let f(x)=(x^(4)-lambdax^(3)-3x^(2)+3lambdax)/(x-lambda). If range of f(x) is the set of entire real numbers, the true set in which lambda lies is

Let f(x)=(x^(4)-lambdax^(3)-3x^(2)+3lambdax)/(x-lambda). If range of f(x) is the set of entire real numbers, the true set in which lambda lies is

Let f(x)=30-2x -x^3 , the number ofthe positive integral values of x which does satisfy f(f(f(x)))) gt f(f(-x)) is

Let f(x)=a^x-xlna , a>1. Then the complete set of real values of x for which f'(x)>0 is