O2 and O3 represent different forms of Oxygen; therefore, they exhibit (4) distinct chemical and physical properties..
684 kcal. One mole of glucose weighs roughly 180g. Given that 1g of glucose releases 3.8 kcal, we calculate for 1 mole of glucose: 180g -> 180g * 3.8 kcal/g = 684 kcal.
Answer:
are present in solution.
Explanation:
Molarity of the solution = 0.210 M
Volume of the solution = 65.5 ml = 0.0655 L
Moles of aluminum iodide = n
n = 0.013755 moles of aluminum iodide
Each mole of aluminum iodide yields 3 moles of iodide ions:
Thus, 0.013755 moles of aluminum iodide will provide:
moles of iodide ions
The total number of iodide ions in 0.041265 moles:
are present in solution.
<span>The mass percentage represents the weight of a substance within a mixture in relation to a total mass of 100 units. It's also referred to as %w/w. To find this, you divide the mass of the solute by the total mass of the mixture. Given that we know the volume of water, we need to convert that volume into mass using its density. The calculation is as follows:
Mass of the solution = 100 mL (0.99993 g/mL) water + 25 g EtOH
Mass of the solution = 124.993 g of solution
%w/w = (25 g / 124.993 g) x 100
%w/w = 20% for EtOH</span>
Answer:
8 protons, 8 electrons, and 10 neutrons
Explanation:
