“…Motivated by several earlier results on connections between various subclasses of analytic and univalent functions, by using hypergeometric functions (see for example, [2,7,10,19,20]) and by using various distributions such as Yule-Simon distribution, Logarithmic distribution, Poisson distribution, Binomial distribution, Beta-Binomial distribution, Zeta distribution, Geometric distribution and Bernoulli distribution (see for example, [4,6,8,9,12,13,18,15]), in this paper, we determine the necessary and sufficient conditions for Φ m q (z) to be in our classes S(k, λ) and C(k, λ) and connections of these subclasses with R τ (A, B). Finally, we give conditions for the integral operator…”