y = (1 + StartFraction 1 Over x EndFraction) Superscript x
A 2-column table has 6 rows. The first column is labeled x with entries 1, 10, 100, 10,000, 100,000, 1,000,000. The second column is labeled y with entries 2, a, b, c, d, e.
Complete the table. Round your entries to the nearest thousandth.

a ≈

b ≈

c ≈

d ≈

e ≈

Respuesta :

Answer:

a= 2.594

b= 2.705

c=2.718

d=2.718

e=2.718

Step-by-step explanation:

The entries to the nearest thousandth; a= 2.594, b= 2.705, c=2.718, d=2.718 and e=2.718.

How does linear regression works?

Firstly, there is a data set. Then, we try to fit a line which will tell about the linear trend. This line is made using the least squares method.

x                      y

1                      2

10                    a

100                  b

10000               c

100000              d

1000000           e

The independent variable represented by x, and the dependent variable is represented by y.

Given: when x = 10

y = (1 + 1/10)^10

= (1 + 0.1)^10

= 1.1^10

= 2.5937424601

Approximately, 2.594

when x = 100

y = (1 + 1/100)^100

y = (1 + 0.01)^100

y = 1.01^100

= 2.70481

Approximately, 2.705

when x = 10,000

y = (1 + 1/10,000)^10,000

y = (1 + 0.0001)^10,000

= 1.0001^10,000

Approximately, 2.718

when x = 100,000

y = (1 + 1/100,000)^100,000

= (1 + 0.00001)^100,000

= 1.00001^100,000

Approximately, 2.718

when x = 1,000,000

y = (1 + 1/1,000,000)^1,000,000

= (1 + 0.000001)^1,000,000

= 1.000001^1,000,000

Approximately, 2.718

Hence, a= 2.594

b= 2.705

c=2.718

d=2.718

e=2.718

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