Q: Why can the principles of probability be used to predict the outcome of genetic crossing?

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To determine the outcome of genetic crosses.

That there is some element of the game whose outcome is random. Beyond that, it depends on the game.

False. Probability only predicts the outcome. It does not assure the outcome.

No, the probability of an outcome can't be more than 1.

Uniform probability can refer to a discrete probability distribution for which each outcome has the same probability. For a continuous distribution, it requires that the probability of the outcome is directly proportional to the range of values in the desired outcome (compared to the total range).

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To determine the outcome of genetic crosses.

To determine the outcome of genetic crosses.

probability is used by botanists, horticulturists and geneticists to determine the probability or "chance" of genetic outcome. for example: if you cross a red flowering plant with a white flowering plant.. probability is used to calculate what chances the offspring of the crossing would be red, pink or white.

The punnett square which is mainly about probability of genetic crosses

That there is some element of the game whose outcome is random. Beyond that, it depends on the game.

The probability level for an outcome is the probability that the outcome was at least as extreme as the one that was observed.

False. Probability only predicts the outcome. It does not assure the outcome.

A Punnett square is a tool commonly used to predict the possible outcomes of offspring when crossing traits. It displays the different combinations of alleles that can result from the genetic combination of the parents, providing a visual representation of the probability of characteristics being passed on to the next generation.

No, the probability of an outcome can't be more than 1.

Uniform probability can refer to a discrete probability distribution for which each outcome has the same probability. For a continuous distribution, it requires that the probability of the outcome is directly proportional to the range of values in the desired outcome (compared to the total range).

No. The probability of an outcome (or event) is always a number between 0 and 1.

The outcome of some events are cannot be determined in advance. There is an element of uncertainty in the outcome. Probability is a measure of this uncertainty.