ElectricPavlov

10 feet is the length ....it is also the HYPOTENUSE of a right triangle.

ONE leg is 8 inches, or 2/3 ft    

we need to fing the OTHER LEG

a^2 +b^2 = c^2  Pythagorean Theorem

(2/3)^2 + b^2 = 10^2

b^2 = 100 - 2/3^2

b=9.9888 ft

SO the horizontal distance is 9.9888 feet and the rise can be (according to guidelines) 9.9888 inches or less so this ramp is OK !

Rate x Time = Distance

65 m/hr x 45min x 1hr/60min = 48.75 miles

I'm not seeing that as MUCH MUCH simpler than F= A   (((1+ i)^(n+1) -1 ) / i )-1)  but it gives the same results, so choose whichever one you like !     So many tools.....so few problems....

I already answered this question in your previous post.....

4000 decades = 40,000 years    each year has 365.2422 days    40,000 x 365.2422 = 14,609,688 days

(this is EARTH years)

Just like MP answered.

I think you meant:

How y'all doin'?

I think someone is ripping you off !

926.80 per week translates to 48,193.60/yr   NOT 33.364.80/yr    !!!    LOL!

Slope is defined as    rise / run      -15/24 =- .625    Notice I made it negative ...as you are usually travelling DOWN a ski slope rather than UP it !   LOL     But you could say it has a positive slope as well.

Are you assuming the deposits are made at the end of the year ($3784.74) or the beginning of the years (3728.81)

   it makes a difference in how it is calculated as you can see......

IF made at BEGINNING of year, use:

F= A   (((1+ i)^(n+1) -1 ) / i )-1)    i=interest in decimal (.015)   n= years(5)   A = annual deposits   F= 19,500

You CAN brute force it

19500 = A ( 1.015^5 +1.015^4 + 1.015^3 +1.015^2 + 1.015)    Then solve for A  = 3728.81

3.039 x 10^(-5)