SomeoneSomewhere

I have found the equation needed for this, I needed to search for an equation for a cantilever beam with an evenly distributed load, which looks like this (see added picture). 

ω = load in Newtons pr. m 

l = length of the affectd area

E = is the elasticity of the beam (something that you need to look up)

i = is the inertia of the affected axis (in this case the x-axis, this is found by this formula 1/12*width of the beam*height of the beam³, to find the y-axis inertia simply switch the positions of the height, and width)

Thanks man. 

I want to say something like 'I was tired' or some other excuse, but I guess I am just a bit dumb. 

Thanks again though. 

x=5-2

5-2 = 3

x=3

Yea, it should be easy, but apparently Excel won't allow it.
This is really starting to p**s me off. 
 

Thanks for the help anyways. 

Sincerely 

Jonas Pedesk

Thanks, will use this if all else fails, trying to get it into just one cell, as the project this equation relates to specifies that we have to use the least amount of calculations possible. But thanks again, was afraid that the question would get lost to the ages. 

Sincerely

Jonas P. 

Apparently the 45.1 was the combination of the gravitaionel point of one of the components, and half of the space between the two components. 

0.8 = \(0.8 = {8 \over 10} \)

or  \(0.8 = {2 \over 5} \)

It seems like a good site, but I was looking for more of a self-test one ( sorry for not making that clear, I wasn't aware of what to call such a site, when making the post).

I assume that the equation you ment to write was '739/2*5'

739/2= 369.5

369.5*5=1847.5

Second answer was a mistake, I meant to correct . into a , in answer one.

60 kmH = 60,000 m./h

60,000/60 = 1,000 m./min.

1,000/60 = 16.667 m./sec.

60 kmh = 60.000 m.h 

60.000/60 = 1000 m./min.

1000/60 = 16,667 m./sec.

1² x 0.25 - 4 = -3.75  

A): 326 + 107 = 433 dresses/day.

B) (433 + 326)*68 = 51612 dresses.

Maybe next time use the calculator on this site, it is not that difficult.