M% of p% of n
m/100 · p/100 · n.
Answer: Option 'B' is correct.
Step-by-step explanation:
Since we know that
Discrete variables are those variables in which values are distinct and countable.
Continuous variables are those variables in which values are in continuous interval or time interval.
Since the time takes for a light bulb to burn out take few minutes or several hours or days.
So, it is considered as "continuous variable".
Hence, Option 'B' is correct.
The bond's time to maturity for the Ford bond based on the present date and the maturity date is 77 years 6 months.
<h3>What is the time to maturity?</h3>
The time to maturity for a bond is the length of time that a bondholder would receive interest payments on the bonds held. It is the difference between the present date and the matuity date of the bond.
Time to maturity = May 15 2097 - November 16, 2020 = 77 years 6 months
To learn more about bonds, please check: brainly.com/question/13326746
So for the first one you would replace Y with what it = which in this case is -x+7So it would look something like this
-x+7=-x+7
