$(a)\;A_{1}=A_{2}\;e^{\lambda(t_{1}-t_{2})}\qquad(b)\;A_{2}=A_{1}^2\;e^{\lambda(t_{1}-t_{2})}\qquad(c)\;A_{1}=A_{2}^2\;e^{\lambda(t_{1}-t_{2})}\qquad(d)\;A_{2}=A_{1}\;e^{\lambda(t_{1}-t_{2})}$

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