1100 tan x.sinx where [.] represents greatest integer function is 199 2) 100 3) 0 4) 98

ogsec x cos 1) 14 2) 15 3) 16 4) 17 100 tan x. sin 5. lim x 0 where represents greatest integer function is 1) 99 2) 100 3) 0 4) 98 6. If fx denotes fractional part of x, then

lim_(xrarr0) [(100 tan x sin x)/(x^2)] is (where [.] represents greatest integer function).

lim_(xrarr0) [(100 tan x sin x)/(x^2)] is (where [.] represents 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

Evaluate: lim (tan x)/(x) where [.] represents the greatest integer function

The value of lim_(xrarr0)[(x)/(sinx)] , where [.] represents the greatest integer function,is

Evaluate : [lim_(x to 0) (tan x)/(x)] , where [*] represents the greatest integer function.