For an ideal gas how many independent intensive properties are needed to determine the state
1 answer:
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The answer is <span>8,686,308,783.</span>
To calculate this, we will use the equation for exponential function:
y - the future population
x - the current population
r - the rate of increasing the population
n - the number of years
It is given:
x = 6,486,915,022
r = 1.4% = 0.014
n = 2026 - 2005 = 21
Therefore:
To calculate this, we will use the equation for exponential function:
y - the future population
x - the current population
r - the rate of increasing the population
n - the number of years
It is given:
x = 6,486,915,022
r = 1.4% = 0.014
n = 2026 - 2005 = 21
Therefore:
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