First, we calculate for the effective interest given the
annual interest and the condition that it is compounded monthly.
<span> Ieff = (1
+ 0.0925/12)^12 – 1 = 0.09652</span>
The equation that would best represent the value of
Grace’s money after x years is equal to,
<span>
An = ($1000)(1.09652)^x</span>
<span>Where x is the number of years</span>
Answer 1 = 20790in
Answer 2 = volume
Answer 3 = (what are we - by?)
Zx = 5g(2x - c) Use the Distributive Property
zx = 10gx -5cg Subtract 10gx from both side
zx - 10gx = -5cg Factor out the x
x (z - 10g) = -5cg Divide both sides by (z-10g)
X= -5cg/z-10g
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Answer:
Step-by-step explanation:
The GPA for the following on the scale of 4 GPA are; 88.69% -3.3, 87.15% - 3.3, 75.35% - 2.0 , 67.78% - 1.3, 63.14% - 1.0, 51.44% - 0.0
<h3>What is GPA?</h3>
The Term GPA is a combined GPA or grade point average of all grades you have earned in a semester or term.
The Cumulative GPA is the overall GPA or grade point average of all cumulative GPA's that are earned in all semesters and all the courses in an academic term.
The GPA is total of averaged per semester; while the cumulative GPA is the total of all grades for all semesters That is; the difference between GPA and cumulative GPA.
The GPA for the following on the scale of 4 GPA are;
88.69% -3.3
87.15% - 3.3
75.35% - 2.0
67.78% - 1.3
63.14% - 1.0
51.44% - 0.0
Learn more about the GPA here;
brainly.com/question/1238928
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