For prime power t and n = t^{2e-1}, ex(n, K_{t,t}, K_{2,t+1}) = (1 + o(1)) n² / (2t(t-1)).
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$K_{2, t+1}$-free graphs containing an optimal number of $K_{t, t}$'s
For prime power t and n = t^{2e-1}, ex(n, K_{t,t}, K_{2,t+1}) = (1 + o(1)) n² / (2t(t-1)).