Let `f(x)=(x-[x])/(1+x-[x]),RtoA` is onto then find set A. (where {.} and [.] represent fractional part and greatest integer part functions respectively)

Find the range of the following functions: (where {.} and [.] represent fractional part and greatest integer part functions respectively) f(x)=1-|x-2|

Find the range of the following functions: (where {.} and [.] represent fractional part and greatest integer part functions respectively) f(x)=1-|x-2|

The solution set for [x]{x}=1, where {x} and [x] denote fractional part and greatest integer functions, is

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=1/(1+sqrt(x))

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=1/(1+sqrt(x))

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=[1/(sin{x})]

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=[1/(sin{x})]

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=(sinx)/(sqrt(1+tan^(2)x))+(cosx)/(sqrt(1+cot^(2)x))

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=(sinx)/(sqrt(1+tan^(2)x))+(cosx)/(sqrt(1+cot^(2)x))

Find the range of each of the following functions: (where {.} and [.] represents fractional part and greatest integer part functions respectively) f(x)=2-3x-5x^(2)