When traits pass from parent to offspring, some show up and others stay hidden — and a coin toss models that process well. For each trait, heads stands for the dominant version and tails for the recessive one. You then use Punnett squares to predict which traits appear in the offspring.

Every trait you inherit comes from paired genes, one from each parent. A coin toss models this process neatly: heads gives the dominant trait, tails gives the recessive one. As a result, you can use Punnett squares to predict how two parents with known genotypes (genetic codes) produce different phenotypes (visible traits) in their offspring.

Because you inherit half your genes from each parent, predicting offspring traits involves probability. You design a creature by flipping a coin ten times, where each toss decides a feature like body shape or antenna type. Punnett squares then predict how two parents with known genotypes produce a wide range of phenotypes.

A Punnett square charts every possible combination when two parents pass traits to offspring. You pair two zoomonsters with known genotypes and use Punnett squares to predict offspring traits. Each square cell shows one possible mix of dominant and recessive genes, like heads or tails on a coin toss.

Your genotype is your genetic code — the hidden instructions you carry. Your phenotype is the trait others can see. A coin toss models how each parent passes one allele: heads gives the dominant trait, tails the recessive one. Punnett squares then predict how two parents with known genotypes can produce a wide range of phenotypes.