Q16: Paper 1 – November 2023
|
Content:
|
16)
At the start of year n the population of a species is Pn
At the start of the following year the population of the species is given by
Pn+1 = kPn where k is a positive constant.
The population of the species at the start of year 1 is 8 million.
The population of the species at the start of year 2 is 6 million.
(a) Work out the population of the species at the start of year 3
At the start of year 5 the value of k is increased by 0.3 to a new constant value.
Louise thinks that from the start of year 5 the population of the species would increase year on year.
(b) Is Louise correct?
You must give a reason for your answer.
16)
At the start of year n the population of a species is Pn
At the start of the following year the population of the species is given by
Pn+1 = kPn where k is a positive constant.
The population of the species at the start of year 1 is 8 million.
The population of the species at the start of year 2 is 6 million.
(a) Work out the population of the species at the start of year 3