Answer:
inductive reasoning
Step-by-step explanation:
P=A (1+r)^t
P=100350000×(1+0.017)^(2015−2000)
p=129,220,575
Answer:
Mean=685
Variance=36.7
Step-by-step explanation:
The mean of uniform discrete distribution can be expressed as the average of the boundaries
mean=( b+a)/2
The variance of uniform discrete distribution can be expressed as the difference of the boundaries decreased by 1 and squared, decreased by 1 and divided by 12.
σ²=[(b-a+1)^2 - 1]/12
We were given the wavelength from from 675 to 695 nm which means
a= 675, b= 695
We can now calculate the mean by using the expresion below
mean=( b+a)/2
Mean=( 675 + 695)/2
=685
The variance can be calculated by using the expression below
σ²=[(b-a+1)^2 - 1]/12
σ²=[(695-675+1)^2 -1]/12
σ²=440/12
σ²=36.7
Therefore, the the mean and variance, of the wavelength distribution for this radiation are 685 and 36.7 respectively
Answer:
-2x-10=4
-2x=14
x=-7
Step-by-step explanation:
Answer:
The unknown number is -3
Step-by-step explanation:
Represent unknown as x
Write as an equation
12 + (x * 5) = -3
Multiply
12 + 5x = -3
Subtract -5x from both sides of the equation
12 = -3 - 5x
Add 3 to both sides of the equation
15 = -5x
Divide both sides by -5
x = -3
The unknown number is -3
Hope this helps :)