Answer:
Mean of the given data = 62
Step-by-step explanation:
53, 71, 89, 10, 87
To find mean of the given data values
We add all the numbers and divide by the number of datas
We are given with 5 numbers
LEts add all the numbers
53 +71+ 89+ 10+87= 310
Mean =
= = 62
A12 over a7
Answer:
a^5.
Step-by-step explanation:
a^12 / a^7 = a^(12 - 7) = a^5.
Hope this helps!
B. 1,600,000.
C. 1,563,400.
D. 1,563,000.
Round up the millions place digit from 1 to 2 and set the rest of the digits to zeros, resulting in option A. 2,000,000.
To round the number 1,563,385 to the nearest million,
Need to consider the digits in the millions place and the digits immediately to its right (the hundred thousands place).
The millions place digit is 1, and the digit in the hundred thousands place is 5.
Since the digit in the hundred thousands place is 5 or greater,
Need to round up the millions place digit by 1.
Now let's adjust the number accordingly:
Original number: 1,563,385
Rounded to the nearest million: 2,000,000
Therefore, the correct answer to represent the number in nearest million is option A. 2,000,000.
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Suppose the population of a town is 15,200 and is growing 2% each year. Write an equation to model the population growth. Predict the population after 10 years
Answer:
The equation model is P = Po * e^rt
The population after 10 years = 18, 559 (most approximately)
Step-by-step explanation:
We use formula to find the population growth.
P = Po * e^rt
Where P is the total population after t years
Po is the initial population
r = rate of growth
t = time
e = 2.71 [Euler number]
The equation model is P = Po * e^rt
Now to find the population after 10 years, we have to plug in the given values in the formula.
Given:
Po = 15, 200, r = 2% = 2/100 = 0.02, and t = 10 years
P = 15,200*e^0.02(10)
P = 15,200*2.71^0.2
P = 15,200 *1.221
P = 18, 559
Therefore, the population after 10 years = 18, 559 (most approximately)
Answer:
A. 179,590.25
Step-by-step explanation:
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