= (1.3 /2.6 ) x 10^(21-25-6) = 0.5 x 10^(-10) = 5. x 10^(-11)
I will assume "S" is the future value
this equation demonstrates compounding 12 times per year and 300/12 = 25 years with initial deposit of $1000
at 6%
1000(1+.06/12)^300 = $ 4464.97
Using the web2.0 calculator on this website:
asinh(.229) = 13.00868074861 degrees
3[(x+2)-1]-3x-2 =
3 ( x +1) - 3x -2 =
3x + 3 -3x -2 =
3x - 3x +3 - 2=
1
There will be the same AMOUNT of juice after dilution, BUT the PERCENTAGE will change:
Original AMOUNT 200gm x 40% = 80 gm
AFTER DILUTION there will be 80gm in 400gm= 80gm/400gm x 100% = 20% juice
sin (pi/6) = 0.5
acos(0.5) = pi/3
Multiply top and bottom by isqrt 3
(isqrt18- i^2 sqrt 6 ) / i^2 3 = ( i 3 sqrt 2 + sqrt 6 ) / -3 = -isqrt2 - (sqrt 6)/3 ???
The zeros are 2 and 4 so the equation now looks like
(x-2)(x-4) = x^2 -6x +8
f(1) = 6? 1^2 -6 +8 = 3 which needs to double to equal 6
so 2x^2 - 12x +16 = 0 fits the bill! Graph to follow ....
I think that naswer may confuse.....
DECIMAL 10 in hexadecimal (base 16) is 'A'
Hexadecimal 10 in decimal (base 10) is 16 NOW I am done.... LOL
The hexadecimal number '10' in the base of 16 is 16
1 2 3 4 5 6 7 8 9 A B C D E F 10 = 16 I am not sure which version you are asking about....
