Amount using compound interest = 2400(1 + 0.034)^5 = 2400(1.034)^5 = 2400(1.1820) = $2,836.70
Amount using simple interest = 2400(1 + 5 x 0.034) = 2400(1 + 0.17) = 2400(1.17) = $2,808
Difference = $2,836.70 - $2,808 = $28.70
Therefore, <span>he will earn $28.70 more interest in 5 years if the interest were compounded annually</span> .
Answer:
The angles are 50 , 40
Step-by-step explanation:
Let 'x' be an angle.
So, its complementary angle = 90 - x
Difference of complimentary = 10
x - (90 - x) = 10
x - 90 + x = 10
x + x - 90 = 10
2x - 90 = 10
2x = 10 +90
2x = 100
x = 100/2
x = 50
So, the angles are 50 , 40
Answer:
b = -1/10.
Step-by-step explanation:
(2i/2+i)-(3i/3+i)
= 2i(3 + i) - 3i(2 + i) / (2 + i)(3 + i)
= 6i + 2i^2 - 6i - 3i^2 / (2 + i)(3 + i)
= (-2 + 3) / (6 + 5i - 1)
= 1 / (5 + 5i)
Now we multiply top and bottom by 5 - 5i :
= 5 - 5i / (5 + 5i)(5 - 5i)
= 5 - 5i / 25 -25i^2
= 5 - 5i / 50
= 1/10 - 1/10i
Answer:
The possible values are a = -2.5 or a = 4.5.
Step-by-step explanation:
Composite function:
The composite function of f(x) and g(x) is given by:
In this case:
So
Value of a so that the y-intercept of the graph of the composite function (fog)(x) is (0, 25).
This means that when 
. So
Solving a quadratic equation, by Bhaskara:
The possible values are a = -2.5 or a = 4.5.
