if the growth rate of the population is 3.5 per year then the doubling time would be 20.15 years.
if the growth rate of the population is 3.5 per year then the doubling time would be 20.15 years.
if the growth rate of the population is 3.5 per year then the doubling time would be how many years?
20.15
the records of the lds church show membership growth every decade since its beginning in the 1830s. following initial growth rates that averaged 10% to 25% per year in the 1830s through 1850s, it grew at about 4% per year through the last four decades of the 19th century. after a steady slowing of growth in the first four decades of the 20th century to a rate of about 2% per year in the 1930s (the great depression years), growth boomed to an average of 6% per year for the decade around 1960, staying around 4% to 5% through 1990. after 1990, average annual growth again slowed steadily to a rate around 2.2% for the ten years ending 2015, approximately double the average world population growth rate of 1.1% for the same period. the growth rate has not been greater than 3% per year in the 21st century and has declined steadily since 2012. the rate has not been above 2% since 2013.
the church of jesus christ of latter-day saints membership history
section::::related concepts.









































the equivalent concept to "doubling time" for a material undergoing a constant negative relative growth rate or exponential decay is the half-life.









































the equivalent concept in base-"e" is "e"-folding.









































section::::cell culture doubling time.









































cell doubling time can be calculated in the following way using growth rate (amount of doubling in one unit of time)









































growth rate:









































or









































bullet::::- formula_6 = the number of cells at time "t"









































bullet::::- formula_7 = the number of cells at time "0"









































bullet::::- formula_8 = growth rate









































bullet::::- formula_9 = time (usually in hours)









































doubling time:
doubling time