Answer:DISADVANTAGES:
The main disadvantages are the expensive and age of enormous amounts of profoundly radioactive waste.
ADVANTAGES:Radiation treatment for cancer and examines the metabolic state without and significant harm to patients.
Explanation:
Ionic bonds are easily disrupted in aqueous solutions, as they can ionize readily and as a result be surrounded by the solvent, water, where the partial positive and negative charges would be surrounding the appropriate charge of the ions.
Answer:
23.5 grams of AlBr3 will be produced by 27.20 grams of NaBr
Explanation:
The balanced equation here is
6NaBr + 1AlO3 = 3Na2O + 2AlBr3
6 moles of NaBr are required to produce 2 moles of AlBr3
Mass of one mole of NaBr = 102.894 g/mol
Mass of one mole of AlBr3 = 266.69 g/mol
Mass of 6 moles of NaBr = 6*102.894 g/mol
Mass of two moles of AlBr3 = 2*266.69 g/mol
6*102.894 g NaBr produces 2*266.69 g of AlBr3
23.5 grams of AlBr3 will be produced by (6*102.894)/(2*266.69 )*23.5 = 27.20 grams of NaBr
Answer:
the particles, molecules, and gas range from smallest to largest in the following order: electron < proton < atom <...
No, its a highly desirable material that is hypothetical, scientifically impossible, extremely rare, costly, or fictional.