P(x) = 750*3x
After 2 years the population has increased by 16.64%. Explanation: Say you start with P people. In 1 year you have 1.08P people. In 2 years there are 1.08(1.08P) people=1.1664P people. The increase is 1.1664P-P=.1664P The rate of increase=.1664P/P=.1664=16.64%
There are approx 1964 bears.
the discount
25% increase.
Total revenue increases to [ (original) x (1.45) x (1.53) ] = original x 2.2185 = 121.85% increase
The growth of the population would be 3% each year. This means that the population size would increase by 3% of its current size every year.
exponential
exponential
exponential
Exponential Growth
In 5 years, the population will increase by 5 percent (1 percent each year for 5 years), so the overall population will be 1.05 times the current population. Therefore, the population in 5 years will be 8500 * 1.05 = 8925.
increases by 10 percent increases by 10 percent increases by 10 percent
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After 2 years the population has increased by 16.64%. Explanation: Say you start with P people. In 1 year you have 1.08P people. In 2 years there are 1.08(1.08P) people=1.1664P people. The increase is 1.1664P-P=.1664P The rate of increase=.1664P/P=.1664=16.64%
175 mice in the world
Urbanisation rate means the percent of a population living in an urban area, and the rate at which the urbanisation increases over time.
To find the population in the year 2000, you can use the formula: Population in 2000 = Population in 1960 * (1 + growth rate)^number of years In this case, the growth rate is 2.5% or 0.025, and the number of years between 1960 and 2000 is 40. Plugging in the values, you get: Population in 2000 = 25 million * (1 + 0.025)^40 ≈ 105.92 million