Assuming this is an annuity due (payments at beginning of month)
FV = P [(1+i)n -1]/i * (1+i) i = .039/12 n = 18 yr * 12 months/yr = 216
P = 252.01
.10 (x) + 1.00 (39-x) = .40 (39)
-.9x = -23.4
x = 26 liters of 10% 13 liters of pure
365 + 365 + 365 + 366 ( 2004 was a leap year)
1461 days
(x - (sqrt3 /2 + 1/2) ( x - (sqrt3 /2 -1/2 ) expand via distributive property and simplify
x2 - sqrt3/2 x + 1/2 x - sqrt3 /2 x + 3/4 - sqrt3/4 - 1/2x + sqrt3 /4 -1/4
x^2 - sqrt3 x + 1/2
25 thru 250 = 226 numbers
perfect cubes 27 64 125 216 222 are not perfect cubes *** edited*** (oops!)
7m + 9v = 78
5m + 3v = 36 multiply this equation by - 3
-15m - 9v = -108 add this equation to first
-8m = -30
m = 3.75 then v = 5.75
em * ep = h/4pi = k where k = constant
1/2 em * 2 ep = k The error in position would have to double .... a 100% increase
Answer:
( from Quadratic Formula)
𝑥=23/2±Sqrt (341) / 2 You can do the rest
You need the point that is 2/(2+3)= 2/5ths from a to b
x from -9 to 1 Is +10 units 2/5 * 10 added to -9 = -5
y from 7 to -3 is -10 units 2/5 * -10 added to 7 = 3
1 * 3/4 * 2/4 * 1/4 =.......
