yes, there is another way to solve a monohybrid cross. In addition to using a Punnett square, you can also use Mendelian genetics to predict the number and proportion of offspring from a monohybrid cross with two distinct parents with different alleles. In Mendelian genetics, the dominant allele is referred to as "A," and the recessive allele is referred to as "a." Using this, you can predict the number and proportion of offspring with different phenotypic expressions from a monohybrid cross.
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Answer:
yes, there is another way to solve a monohybrid cross. In addition to using a Punnett square, you can also use Mendelian genetics to predict the number and proportion of offspring from a monohybrid cross with two distinct parents with different alleles. In Mendelian genetics, the dominant allele is referred to as "A," and the recessive allele is referred to as "a." Using this, you can predict the number and proportion of offspring with different phenotypic expressions from a monohybrid cross.