Madison starts with a population of 1,000 amoebas that triples in size every hour for a number of hours, h. she writes the expression 1,000(3h) to find the number of amoeba after h hours. tyler starts with a population of 1 amoeba that increases 30% in size every hour for a number of hours, h. he writes the expression (1+0.3)h to find the number of amoeba after h hours. use the drop-down menus to explain what each part of madison’s and tyler’s expressions mean.

The meaning of each term of the  Madison’s and Tyler’s expressions is mentioned below.

Step-by-step explanation:

Since, when Madison starts with a population of 1,000 amoebas that triples in size every hour for a number of hours, h.

That is, after 1 hour total number of amoebas = 3×1000 =

After 2 hour,  total number of amoebas = 3×3000=

After 3 hour, total number of amoebas = 3×9000=

similarly, after h hours, total number of amoebas,

f(h) =

where, 1000 is the initial population of amoeba 3 is the growth factor of population and f(h) is the population of amoeba after h hours.

Since, when Tyler starts with a population of 1 amoeba that  increases 30% in size every hour for a number of hours.

That is, after 1 hour total number of amoebas =

After 2 hour,  total number of amoebas =  

After 3 hour, total number of amoebas =  

Similarly, after h hours, total number of amoebas,

f(h) =

Where,  1 is the initial population of amoeba, 0.3 is the growth rate and 1.3 is the growth factor.

homozygous. one is homozygous, while two is heterozygous.