According to the Mendelian theory of heredity, if plants with long violet petals are crossbred with plants with short white petals, the probabilities of getting a plant that has long violet petals, short violet petals, long white petals, or short white petals are, respectively, $\frac{9}{16}, \frac{3}{16}, \frac{3}{16}$, and $\frac{1}{16}$. What is the probability that among ten plants thus obtained there will be four with long violet petals, three with short violet petals, two with long white petals, and one with short white petals? If necessary, round to the nearest thousandth.

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The Answer of According to the Mendelian theory of heredity, if plants with long violet petals are crossbred with plants with short white petals, the probabilities of getting a plant that has long violet petals, short violet petals, long white petals, or short white petals are, respectively, $\frac{9}{16}, \frac{3}{16}, \frac{3}{16}$, and $\frac{1}{16}$. What is the probability that among ten plants thus obtained there will be four with long violet petals, three with short violet petals, two with long white petals, and one with short white petals? If necessary, round to the nearest thousandth.

According to the Mendelian Theory of Heredity, If Plants with Long