Answer:
-- x intercept
-- y intercept
Step-by-step explanation:
Given

Required
Determine the x and y intercept
For x intercept.
Set 
So, we have:


Collect Like Terms

Make x the subject

Hence, the x intercept is: 
For the y intercept;
Set 
So, we have:




Hence, the y intercept is: 
The independent variable is:
cold coffee
because: just an educated guess
sorry this is a little hard but i hope this helps
135 mg*1g/1000mg*10dg/1g=1.35 dg
A. you plug in to a calculator, which will give 1840.986 so you need to round up to 1840.99. if you truncate it to .98 then he won't reach 2000 in 3 years
b. for this one if you look at the equation given to find the principle it is principle = result (1+rate) ^ -time
if you re arrange this you get result=principle (1+rate)^time
so result = 1840.99(1.028)^5
= 2113.57
Answer:
LCM = 9450
Step-by-step explanation: