Interpret the punnett square. a punnett square with four rows and four columns. the first row is labeled big-a, big-b. the second row is labeled big-a, small-b. the third row is labeled small-a, big-b. the fourth row is labeled small-a, small-b. the first column is labeled big-a, big-b. the second column is labeled big-a. small-b. the third column is labeled small-a, big-b. the fourth column is labeled small-a, small-b. drag "true" or "false" to the end of each statement. the genotypes shown represent gametes. false one of the possible offspring genotypes is aabb. true the parent genotypes are abababab×abababab. truethe parent genotypes are abababab×abababab. blank this cross shows two alleles for two traits. true the gametes are diploid and the offspring are diploid. true the genotypes shown are correct for a dihybrid cross. true

The genotypes shown represent gametes. False

One of the possible offspring genotypes is AABB. True

The parent genotypes are ABAbaBab×ABAbaBab. True

The parent genotypes are ABAbaBab×ABAbaBab. True

This cross shows two alleles for two traits. True

The gametes are diploid and the offspring are diploid. False

The genotypes shown are correct for a dihybrid cross. True

Explanation:

║ AB ║ Ab ║ aB ║ ab

AB║ABAB ║ ABAb║ABaB║ABab

Ab║ AbAB║ AbAb ║AbaB║Abab

aB║aBAB ║ aBAb ║aBaB║aBab

ab║abAB ║ abAb ║abaB ║abab

Drawing the Punnett square we can deduce that the genotypes shown do not represent gametes because there are more than 2 pairs of chromosomes.

As shown in the second column second row of the Punnett square one of the possible genotypes is AABB, it is distributed different (ABAB) but it is the same possible genotype.

The parents' genotypes are the ones that are written in the first columns and first row, they coincide with the ones in the statement.

A dihybrid cross shows the cross between two genes that have different traits.

The gametes are always haploid and the offspring are diploid because the two gametes come together.

tsd is temerature dependent sex determination.

tsd: it is a type of environmental sex determination in which the temperature experienced during embryonic/ larval development (ambient temperature for development) determine the sex of the offspring.

crocodile displays the tsd where the ambient temperature of the developing egg determines the individual's sex. for example in the american alligator's eggs, incubation at 33 ºc produces mostly males, while incubation at 30 ºc produces mostly females. so if the american alligator's egg will get the ambient temperature (33 degree celcius)during embryonic development from egg, the offspring will be male and same for the female sex determination.