Solve `[x]^2-7[x]+10lt0`.where [.] denotes GIF

Solve x^2-x-1 lt 0

Solve in R: x^2+ 2[x] = 3x where [.] denotes greatest integer function.

Solve x^(2)-x-1 lt 0 .

" The solution set of the equation "3[x-5+[x]]=17-2[x]" .(Where [.] denotes the G.I.F ) is "

Solve the inequality x[x]-x^(3)-3[x]+3xgt0 where [.] denote greatest integer function.

Solve : 2x^(2)-3x+5 lt 0

Lt_(x rarr4^(+))(x^(2)-7x+12)/(x-[x]) =[ where [ ] denotes G.I.F.]

The number of solutions of 4{x}=x+ [x] where [.] denotes G.I.F and {.} represents fractional part function is equal to