Answer:
Bank B because the more often you compound interest, the more interest you earn.
Step-by-step explanation:
Bank A compounds the interest once a year.
Bank B compounds the interest twice a year.
Let's create an example of two investments of the same amount of money, the same interest rate, and the same time. The only difference will be the number of times the interest is compounded per year.
Compound interest formula:
where
A = future value
P = principal invested
r = interest rate
t = number of years
n = number of times interested is compounded in 1 year
Example:
P = $1000
r = 5%
t = 5 years
Bank A: n = 1
Bank B: n = 2
Bank A:
Bank B:
Bank A's investment is worth $1276.28 after 5 years, but Bank B's investment is worth $1280.08 after the same 5 years. Compounding twice per year instead of only once per year earns more interest.
ANSWER
The zeros of
are
EXPLANATION
The given function is
To find the zeros of the above function, we just have to equate the function to zero and solve for x.
This implies that,
To graph the above function, we need to consider the multiplicity.
We can see that the multiplicity of the roots are odd. This means that, the graph crosses the x-axis at each x-intercept.
We also need to consider the position of the graph on the following intervals,
When
The graph is below the x-axis.
When
The graph is above the x-axis.
when
The graph is below the x-axis.
Finally the interval,
when
The graph is above the x-axis.
We can now use the above information to sketch graph as shown in the diagram above.
Answer:
x=14
Step-by-step explanation:
We know JNK+KNI must equal 180 because it is half of a circle.
31+9x+23=180
9x=126
x=14
Tara puts 16 pennies into her bank because Tara puts 4 times more pennies than tara
The equation of the slope-intercept form is equal to:
y = mx + b
The Standard equation on the other hand is equal to:
Ax + By + C = 0
y - 3x = 19 is a standard equation.
It is equal to:
y - 3x = 19
y = 3x + 19
So the slope-intercept equivalent is y = 3x+19.