In Norway their speed bumps are called farts and the translation of speedbump is fartsdump

Did you know: The chemical composition of peoples’ farts varies with person and diet, but the following are average percentages:

Nitrogen: 59%
Hydrogen: 21%
Carbon Dioxide: 9%
Methane: 7%
Oxygen: 3%

The remaining percent is mainly hydrogen sulfide (rotten egg smell) and methane mercaptan (cheesy fart smell).

That means a fart contains:

Nitrogen: 21 mL
Hydrogen: 7.5 mL
Carbon Dioxide: 3.2 mL
Methane: 2.5 mL
Oxygen: 1.1 mL
Other: 0.357 mL

Calculating the total mass in grams we get the total mass of a fart to be about 0.04 grams.

Kinetic Energy

Assuming fart emission speed at 3 meters per second, the momentum imparted by a fart is 0.000012 kg m/sec, therefore, the kinetic energy would be 0.00018 Joules.

Thermal Energy

A mole contains 6.022E+23 particles. So there are about 9.6E+20 molecules to a fart. At an emission temperature of 310.5 K, the average molecule would have an energy of 6.4E-21 J. The thermal energy of a fart, therefore, is 6.2 Joules, which is about 34,000x greater than the Kinetic Energy.

Potential Energy

You can get 1.420E+5 Joules per mole of H2 burned in O2, so 0.000335moles of hydrogen gas in a fart will yield 47.57 J. You can get 8.90E+5 Joules per mole of CH4 burned in O2, so the 0.000112 moles of methane will give us 99.72 J. The combined combustion potential energy of a fart is therefore 147.2 Joules.

Total Energy: 154 Joules

Compared to the Space Shuttle energy:

It costs about 1E+14 Joules of energy to get the space shuttle into orbit.

So, the amount of farts needed to launch the space shuttle into orbit is 1E+14/1.54E+2, which is about 650,000,000,000 farts.