Solution of equation `2[x] + 4[x}= 3x+ 2` (where `{.} denotes fractional function and J denotes G.l.F) is

The sum of solutions of the equation 2[x] + x =6{x} is (where [.] denotes the greatest integer function and {.} denotes fractional part function)

The number of solutions of the equation 2{x}^(2)-5{x}+2=0 is (where {} denotes the fractionalpart function)

Number of solutions of the equation 5{x}=x+[x] and x- [x] = (1)/(2) (where [.] denotes greatest integer function and {x} denotes fractional part of x ) is

The number of non zero solutions of the equation 3 [x] =5{x}+x; where [.] and {.} denotes the greatest integer function and fractional function respectively is

If F(x)=(sinpi[x])/({x}) then F(x) is (where {.} denotes fractional part function and [.] denotes greatest integer function and sgn(x) is a signum function)

If F(x)=(sinpi[x])/({x}) then F(x) is (where {.} denotes fractional part function and [.] denotes greatest integer function and sgn(x) is a signum function)

The number of solutions of the equation e^(2x) + e^x-2=[{x^2 + 10x + 11}] is(where, {x} denotes fractional part of x and [x] denotes greatest integer function)

If x in[2,3) ,then {x} equals, where {.} denotes fractional part function.

Number of solutions of the equation [2x] - 3{2x} = 1 is (where [/] and {.} denote greatest integer and fractional part function respectively)

Range of the function f(x)=({x})/(1+{x}) is (where "{*}" denotes fractional part function)