`lim_(x->0)([x/(sinx)]-[(sinx)/x])/([(tanx)/x])` is equal to (|.| represent the greatest integer function).

The value of lim_(xto0) ([(100x)/(sinx)]+[(99sinx)/(x)]) (where [.] represents the greatest integral function) is

The value of lim_(x to 0) (sinx)/(3) [5/x] is equal to [where [.] represent the greatest integer function)

The value of lim_(x->0)([(100 x)/(sinx)]+[(99sinx)/x]) (where [.] represents the greatest integral function) is (a) 199 (b) 198 (c) 0 (d) none of these

The value of lim_(x->0)([(100 x)/(sinx)]+[(99sinx)/x]) (where [.] represents the greatest integral function) is (a)199 (b) 198 (c) 0 (d) none of these

The value of lim_(x->0)([(100 x)/(sinx)]+[(99sinx)/x]) (where [.] represents the greatest integral function) is (a) 199 (b) 198 (c) 0 (d) none of these

The value of lim_(x->0)([(100 x)/(sinx)]+[(99sinx)/x]) (where [.] represents the greatest integral function) is (a) 199 (b) 198 (c) 0 (d) none of these

lim_(xto0) [(1-e^(x))(sinx)/(|x|)] is (where [.] represents the greatest integer function )

lim_(xto0) [(1-e^(x))(sinx)/(|x|)] is (where [.] represents the greatest integer function )

lim_(xto0) [(1-e^(x))(sinx)/(|x|)] is (where [.] represents the greatest integer function )

lim_(x to 5^(+)) (x^(2)-9x +20)/(x-[x]) is equal to : ( [*] represent greatest integer function)