The expected value is calculated by subtracting the expected cost from the anticipated income.
The expected cost is fixed at $5.
The anticipated income arises from the probability associated with each outcome multiplied by its respective reward.
=> For the first prize: probability * prize = (1 / 100) * $ 100 = $1
=> For the second prize: probability * prize = (5 / 100) * $20 = $1
Thus, the expected value comes out to $1 + $1 - $5
This gives us an expected value of - $3
Final answer: - $ 3
Respuesta: Los contratos de opciones pueden ser valuados empleando modelos matemáticos tales como el modelo de precios Black-Scholes o el modelo Binomial. El costo de una opción se divide principalmente en dos componentes: su valor intrínseco y su valor temporal.... El valor temporal depende de la volatilidad anticipada del activo subyacente y del tiempo restante hasta que la opción expire.
Explicación paso a paso: ¡espero que esto ayude!
Por cierto, ¡también hablo inglés!
The task requires calculating the coefficient of the squared term in the parabolic equation, and based on my calculations and analysis, I found that the vertex of the parabola can be expressed as y =a(x-h)^2+k, leading me to a simplification that results in x^2.
I arrived at 46,000 by taking 2,300 and dividing it by 5, resulting in 460, and then multiplying that by 100
