Answer:
x = 3.3 and -0.3
Step-by-step explanation:
Given the expression
1/x-4 + x/x-2=2/x^2-6x+8
Find the LCM
x-2+x(x-4)/(x-4)(x-2) = 2/x^2-6x+8
Since the denominator, are the same they cancels out
x +1 + x(x-4) = 2
x+1 + x²-4x = 2
x²-3x + 1 - 2 = 0
x² - 3x - 1 = 0
Factorize
x =3±√9+4/2
x =3±√13/2
x = 3±3.6/2
x= 6.6/2 and -0.6/2
x = 3.3 and -0.3
The average change per hour is B 40.7
Answer:
your answers for 1. would be B. and E. and number 2 doesnt
have a table sorry
mark brainliest
Answer:
The amount in 20 years is $6,050.24
Step-by-step explanation:
Given the following information:
Principal (Present Value, or PV)= $3,100
Interest rate ( <em>r </em>)= 3.4% or 0.034
Number of compounding period (<em>n </em>)= 1 (annually)
Number of years ( <em>t </em>)= 20
We can use the Future Value formula to find out the value of $3,100 in 20 years:



FV = 3100(1.95169)
FV = $6,050.24
Therefore, the future value of the amount deposited is $6,050.24
Regardless of whether it leaps or not, each year has at least 365 so the probability of getting at least 53 days (this is not accounting for health issues) I would say is 100%