Since there was a down payment, the actual amount borrowed was
Amount borrowed, P=125000-25000=100000
interest, i = 4% (APR) = 0.04/12 per month (ASSUME compounded monthly)
Monthly payment = $577
To find the amortization portion of the first payment, we need the interest accumulated at the end of the first month (first payment)
= 100000*(0.04/12) = 333.33 (nearest cent)
Therefore amortization portion = $577-333.33 = 243.67 (to the nearest cent)
(by the way, if we need to know the amortization period, we have to use the amortization formula and estimate the number of months, n to give a monthly payment of 577 for the given principal. n can be calculated as 259.04 months, or over 21 years and 7 months).
Answer:
60 mintues
Step-by-step explanation:
1/6 of 60= 6
10 hours= 600 minutes
600÷6= 60 mintues
Answer:
The greatest y-intercept c = 6
Step-by-step explanation:
we know that
slope-intercept form y = mx +c
a) Given that f(x) = 
comparing y = mx +c
slope of the line m = 6 and Y - intercept c= 1/6
b) Given that f(x) = 
y = 6x -6
comparing y = mx +c
slope of the line m = 6 and Y - intercept c= -6
c)
Given that f(x) = 
y =
comparing y = mx +c
slope of the line m = 
and Y - intercept c= 6 ( greatest intercept)
d)
Given that 6 k(x) = x
k(x) = 
y =
comparing y = m x +c
The slope of the line m = and Y-intercept c=0
<u><em>Final answer:-</em></u>
The greatest y-intercept c = 6
Answer: x=−0.208333
Step-by-step explanation:
hope that helps enjoy
UPWARD JOURNEY
(g is -ive)
u= 80.5m/s
Height reached= u^2/2g= 324m
Height of the ball at topmost point of journey= 414m
DOWNWARD JOURNEY
(g is +ive)
u=0
We need to find the velocity at 89m from ground, which is equivalent to finding velocity at 325 m from the topmost point in downward direction.
v= √2gh= √2*10*325= 80.6= 81 m/sec(Answer)
