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4. Si hace una apuesta de $1 en un nmero de la rueda de la ruleta, entonces gana $35, con una probabilidad de 1/38, o pierde $1, con una probabilidad de 37/38. Sea X su ganancia en una apuesta de este tipo. (a) Halle E[X] y SD(X). Supongamos que continuamente realiza apuestas del tipo anterior. Muestra esa (b) La probabilidad de que gane despus de 1000 apuestas es de aproximadamente 0,39. (c) La probabilidad de que gane despus de 100.000 apuestas es de aproximadamente 0,002. 4. Si hace una apuesta de $1 en un nmero de la rueda de la ruleta, entonces gana $35, con una probabilidad de 1/38, o pierde $1, con una probabilidad de 37/38. Sea X su ganancia en una apuesta de este tipo. (a) Halle E[X] y SD(X). Supongamos que continuamente realiza apuestas del tipo anterior. Muestra esa (b) La probabilidad de que gane despus de 1000 apuestas es de aproximadamente 0,39. (c) La probabilidad de que gane despus de 100.000 apuestas es de aproximadamente 0,002..

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4. Si hace una apuesta de $1 en un nmero de la rueda de la ruleta, entonces gana $35, con una probabilidad de 1/38, o pierde $1, con una probabilidad de 37/38. Sea X su ganancia en una apuesta de este tipo. (a) Halle E[X] y SD(X). Supongamos que continuamente realiza apuestas del tipo anterior. Muestra esa (b) La probabilidad de que gane despus de 1000 apuestas es de aproximadamente 0,39. (c) La probabilidad de que gane despus de 100.000 apuestas es de aproximadamente 0,002. 4. Si hace una apuesta de $1 en un nmero de la rueda de la ruleta, entonces gana $35, con una probabilidad de 1/38, o pierde $1, con una probabilidad de 37/38. Sea X su ganancia en una apuesta de este tipo. (a) Halle E[X] y SD(X). Supongamos que continuamente realiza apuestas del tipo anterior. Muestra esa (b) La probabilidad de que gane despus de 1000 apuestas es de aproximadamente 0,39. (c) La probabilidad de que gane despus de 100.000 apuestas es de aproximadamente 0,002.

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