If `f` be a greatest integer function and `g` be an absolute value function, find the value of `(f@g)(- 3/2)+(g@f)(4/3).`

If 'f' be the greatest integer function and ' g' be the modulus function, find the values of gof(5/3) - fog(5/3)

If f is the greatest integer function and g is the modulus function, then find the value of (g0f)(-5/3)-(fog)(-5/3)dot

If f is the greatest integer function and g is the modulus function, then find the value of (g0f)(-5/3)-(fog)(-5/3)dot

If f is the greatest integer function and g is the modulus function, then find the value of (gof)(-5/3)-(fog)(-5/3)dot

If f is the greatest integer function and g is the modulus function,then find the value of (g0f)(-(5)/(3))-(fog)(-(5)/(3))

If f the greatest integer function and g be the modulus function. Find the value of gof ((-1)/(3))- fog ((-1)/(3)) .

Let f be the greatest integer function and g be the modulus function, then evaluate : gof(-7/3) - fog(-7/3) .

Let 'f' be the greatest integer function and 'g' be the modulus function, then find the value of (gof) (frac{5}{2}) - (fog)(frac{-5}{2})

Let 'f' be the greatest integer Junction and 'g' be the modulus function, then find the value of (gof) (frac{1}{2}) - (fog)(frac{1}{2})