1.94e4 kg/m^3 to g/cm^3. First convert the kg to g, so you need to multiply by 1000 since there are 1000g's in a kg. That gives you 1.94e7 g/m^3. Now there are (100)^3 cm^3 in a m^3, so you need to divide by (100)^3 which is 1e6 and that leaves you with 19.4g/cm^3....Gville George is right

 

if this type of math is "simple" to you then you are definitely a nerd...hats off though that you guys are even smart enough to understand this at all......


godi hate math [&o]

 

Just go grab you a heliarc welder and use the ****, who cares what the numbers are.

 

Thats why we have the math so you can weld. Just think the thing produces the the right amount of arc on its own? Math allows you to change the heat settings for the gauge of steel your working with.

 

[sm=headbang.gif]

 

What is the gravitational force exerted by the Earth on a 1.1 kg rock resting on the surface of the Moon?

F = (G(M1)(M2))/r^2

Gravitional Force = F
G = Gravitional Constent = 6.67E-11 Nm^2/Kg^2
M1 = Mass of Object 1 = Earth = 5.974E24 Kg
M2 = Mass of Object 2 = Rock = 1.1 Kg
r = Distance between M1 and M2 = Mean distance from the moon = 3.845E8 m

Its late and I know I got it wrong. kthxbye

 

omg harp

 

Just hire an azn like Tahoe to do the maf for you.

 

its 2.9647703 millinewtons
jesus people comon.

 

nobody remembers basic chemistry? its not that hard once you do it on paper a bit.