Assume that the population of the world in 2010 was 6.9 billion and is growing at the rate of 1.1% a ycar. 1) Set up a recurrence relation for the population of the world n years after 2010. 2) Find an explicit formula for the population of the world n years after 2010. 3) What will the population of the world be in 2030?

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Discrete Structures or Discrete Mathematics
Assume that the population of the world in 2010 was 6.9 billion and is growing at the
rate of 1.1% a year.
1) Set up a recurrence relation for the population of the world n years after 2010.
2) Find an explicit formula for the population of the world n years after 2010.
3) What will the population of the world be in 2030?
Transcribed Image Text:Assume that the population of the world in 2010 was 6.9 billion and is growing at the rate of 1.1% a year. 1) Set up a recurrence relation for the population of the world n years after 2010. 2) Find an explicit formula for the population of the world n years after 2010. 3) What will the population of the world be in 2030?
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