Try going with A. x-axis: years in increments of 1; y-axis: years in increments of $50,000
Answer:
The answer is the third graph.
Step-by-step explanation:
Since we are looking for a constant balance, we should focus on the line in the graph. In graph 3, we see a line going straight horizontally, without any inclines or declines. Since the word "constant" in Mathematics is a line that has a slope of 0, the answer must be the third graph.
Answer:
$7500
Step-by-step explanation:
We have been given the formula to use but we will have to be able to recognize what each of the letters in the formula represent
A=P(1+r)t
A stands for the interest
P stands for principal
r stands for the rate
t stands for the time
So from the question we can deduce that we are to find the value A
P=$300
r=4%
t=5years
A=?
A=300(1+4)5
Using the BODMAS principle by solving the bracket first
A=300(5)5
A=300(25)
A=7500
Therefore the interest is $7500
Answer:
The answer is 6 and -6
Step-by-step explanation:
The given equation is
where a = 1. b = -k, c = a
since the equation (1) has equal roots
Hence volume of k = 6, -6
