`(lim)_(x->0)([100(sin x)/x]+[100(tanx)/x])=`

(lim)_(x->0)([100 x/(sin\ x)]+[100(tanx)/x])=

Column I ([.] denotes the greatest integer function), Column II ""("lim")_(xvec0)([100(sinx)/x]+[100(tanx)/x]) , p. 198 ("lim")_(xvec0)([100 x/(sinx)]+[100(tanx)/x]) , q. 199 ("lim")_(xvec0)([100(sin^(-1)x)/x]+[100(tan^(-1)x)/x]) , r. 200 ("lim")_(xvec0)([100 x/(sin^(-1)x)]+[100(tan^(-1)x)/x]) , s. 201

(lim)_(x->0)([100(sin^(-1)\ x)/x]+[100(tan^(-1)x)/x])=

(lim)_(x->0)([100 x/(sin^(-1)x)]+[100(tan^(-1)x)/x])=

The value of lim_(x rarr0)([(100x)/(sin x)]+[(99sin x)/(x)]) , [.] denotes the greatest integer function,is

lim_(x rarr0)[sin x]

lim_(x rarr0)((sin x)/(x))^((1)/(x))

lim_(x rarr0)(sin x-x)/(x^(3))

lim_(x rarr0)[(100tan x*sin x)/(x^(2))]