Which of the following represents the financial asset arbitrage equation?
A) $R \times p _ { s } = \text { dividend } + \Delta p _ { s }$
B) $R \times p _ { k } = M P K + \Delta p _ { k }$
C) $R = \text { dividend } + \Delta p _ { \text {s } }$
D) $M P K \times u c = \Delta p$
E) $R \times \bar { d } = \Delta p _ { s }$

Question

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The financial asset arbitrage equation is:$R \times p _ { 5 } = \text { dividend } + \Delta p _ { 3 }$where:* $R$ is the risk-free rate* $p _ { 5 } $ is the price of the asset at time 5* $\text { dividend }$ is the dividend paid at time 5* $\Delta p _ { 3 }$ is the change in the price of the asset from time 3 to time 5

Which of the Following Represents the Financial Asset Arbitrage Equation R×ps= dividend +ΔpsR \times p _ { s } = \text { dividend } + \Delta p _ { s }R×ps​= dividend +Δps​

Which of the Following Represents the Financial Asset Arbitrage Equation $R \times p _ { s } = \text { dividend } + \Delta p _ { s }$