Final answer:
An allotriploid organism combining species with 32 and 24 chromosomes has 44 chromosomes. This combines two haploid sets from the species with 32 chromosomes and one from the species with 24 chromosomes.
Step-by-step explanation:
Chromosome Count in an Allotriploid
First, let's define what an allotriploid organism is. An allotriploid is an organism that has three sets of chromosomes, with each set coming from different species. In this case, we have two species with diploid numbers of chromosomes, 32 and 24 respectively. To determine the number of chromosomes in the allotriploid, we would add two sets from one species and one set from the other.
In terms of the species with 32 chromosomes, its gametes would have 16 chromosomes, being haploid. Similarly, the species with 24 chromosomes would produce gametes with 12 chromosomes. Therefore, the allotriploid formed from these two species would have (2 x 16) + 12 = 44 chromosomes.
An allotriploid organism derived from species with 32 and 24 chromosomes would have 44 chromosomes. This count includes two haploid sets from one species and one haploid set from the other.