36. Example 24.3: An electrolyzer passes electric current through water, dissociating some of the water molecules and thus pro- ducing hydrogen (H,) and oxygen (0,) gas. Electrolyzers pow- ered by renewable wind and solar energy sources could produce hydrogen for fuel-cell vehicles. In an experimental electrolyzer, current flows through a cylindrical tube of diameter 6.85 cm. The tube contains an alkaline solution that decreases the resistivity to 0.0466 N-m. If the tube carries 18.7 A, what are (a) the current density and (b) the electric field in the solution?

icon
Related questions
Question
36. Example 24.3: An electrolyzer passes electric current through
water, dissociating some of the water molecules and thus pro-
ducing hydrogen (H,) and oxygen (0,) gas. Electrolyzers pow-
ered by renewable wind and solar energy sources could produce
hydrogen for fuel-cell vehicles. In an experimental electrolyzer,
current flows through a cylindrical tube of diameter 6.85 cm. The
tube contains an alkaline solution that decreases the resistivity to
0.0466 N-m. If the tube carries 18.7 A, what are (a) the current
density and (b) the electric field in the solution?
Transcribed Image Text:36. Example 24.3: An electrolyzer passes electric current through water, dissociating some of the water molecules and thus pro- ducing hydrogen (H,) and oxygen (0,) gas. Electrolyzers pow- ered by renewable wind and solar energy sources could produce hydrogen for fuel-cell vehicles. In an experimental electrolyzer, current flows through a cylindrical tube of diameter 6.85 cm. The tube contains an alkaline solution that decreases the resistivity to 0.0466 N-m. If the tube carries 18.7 A, what are (a) the current density and (b) the electric field in the solution?
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps with 1 images

Blurred answer
Similar questions
  • SEE MORE QUESTIONS