Unspillable Alternative Energy Website
Facebook Twitter

The world needs a new source of energy, an unspillable source.
Popular Phrases
Alternatives America Batteries Biofuel Blowout BP California China Clean Energy Conspiracies Diesel Disasters Documentary Electric Electricity Electrolytic Engine Environmental Gasoline Generator Geothermal Green Hybrid Iraq Japan Lithium Magnetic Mexico Motor NASA Nuclear Obama Question Reactor Review Science Solar Space Spill Technology U.S. UK Vehicles Water Wind
Categories

Random Post

(may be broke/outdated!)

Nuclear fission reactor questions? Chemistry AS Help?

A typical nuclear fission reactor contains a mix of uranium and plutonium isotopes, such as uranium-235 and plutonium-239.

Fill in the following:

Uranium-235:
Number of protons –
Number of neutrons –
Number of electrons – 92

Uranium-233
Number of protons –
Number of neutrons – 141
Number of electrons –

Plutonium-239
Number of protons – 94
Number of neutrons –
Number of electrons –

Plutonium-239 is present in nuclear reactors as the oxide, PuO2.

Calaculate the percentage by mass of plutonium in PuO2.

O, 16; Pu, 239
Unspillable Alternative Energy Website
Facebook Twitter

Unspillable.com is your gateway into to the intriguing world of energy mysteries, revolutionary fuels, and the science driving alternative energy solutions. Delve into the depths of covert agendas and unexplained phenomena surrounding energy sources while uncovering the latest advancements in renewable technologies. From debunking conspiracies to exploring the cutting edge of sustainable energy, we’re your go-to resource for unraveling the secrets shaping our energy landscape.

© 2024 All Rights Reserved