Wouldn’t it be 0, as that’s when their values are both equal to each other, making the equation true?
Answer:
x = 65
Step-by-step explanation:
Answer:
<h2>$4200 </h2>
Step-by-step explanation:
Step one:
given data
we are told that Terry's base salary is $2100 per month.
in addition 5% on sales greater than $40000.
let the monthly salary be M(s)
and let "s" be the amount of sales made
his monthly commission =0.05s
Step two:
The expression for his monthly earning is given as
M(s)=0.05s+2100 where s>40000
hence for a month when s=42000
M(s)=0.05(42000)+2100
M(s)=2100+2100
M(s)=4200
<u>Therefore for an instance when s=42000 his earnings for the month will be $4200 </u>
Answer:
Largest prime factor of the given expression is <em>379.</em>
Step-by-step explanation:
Given the expression:
To find:
The largest prime factor of the given expression.
Solution:
First of all, let us factorize the given expression.
Let us learn two formula:
Applying the above formula in the expression written above:
...... (1)
Similarly:
........ (2)
Multiplying the expressions from (1) and (2) to get the result:
So, largest prime factor of the given expression is <em>379.</em>
Interest = PRT/100
Compound interest = P(1 + (R/100))^T
Where P = Principle ( amount )
R = Rate
T = Time
Since the time is only 1 year, the answer will be the same for both interest and compound interest formulae.
∴ 4000(2)(1)/100 =$80 (This is the interest value)
Note if question ask you what is the total amount after x years, be sure to add the interest with the principle.
