14.8 mg/fl.oz or 500 mg per Liter
reference:
http://www.pepsiproductfacts.com/infobyproduct.php?brand_fam_id=1051&brand_id=1000 &product=Diet%20Pepsi#
Diet Pepsi contains 5.9 mg Aspartame per fluid ounce.
According to their website, an 8 oz diet pepsi contains 118 mg of aspartame. That calculates to 14.75 mg per oz.
52 according to the teacher. But according to the pepsi official website its about 118 mg of aspartame in 8 oz. of diet pepsi. ref: http://www.pepsiproductfacts.com/infobyproduct.php?brand_fam_id=1051&brand_id=1000 &product=Diet%20Pepsi#
Roughly 1.023x10^22 molecules of aspartame or 10,230,000,000,000,000,000,000
Diet Coke has more aspartame with 125 mg vs 58 mg in Coke Zero per 240 ml. For more info click on the following link: http://www.thecoca-colacompany.com/mail/goodanswer/soft_drink_nutrition.pdf
Even if there is 0 grams of protein, then there can still be a small amount of phe. The formula is to add .5 to the 0 and multiply by 5, so there could be 25 mg of phe in a can of Pepsi
An On the Go packet of Crystal Light typically contains more aspartame than a can of Diet Coke. A standard 12-ounce can of Diet Coke has about 125 mg of aspartame, while a single Crystal Light packet can contain around 200 mg or more, depending on the specific product and serving size. Therefore, if you're comparing the two, the Crystal Light packet generally has a higher concentration of aspartame.
The amount of hydrogen atoms that are present in 2.00 mg of aspartame are 2.167*10^22.
The chemical formula for aspartame is C14H18N2O5. The molar mass is 294.30 g mol−1. If we have 2.50 mg of aspartame, we have 8.495 x 10^-6 mol of aspartame. There are 6.022 x 10 ^23 molecules in a mole so we have 5.116 x 10 ^18 aspartame molecules. There are 18 H atoms per aspartame molecule so there are 9.028 x 10^19 H atoms present in 2.50 mg of aspartame.
yes it has 50 mg's of it
I have seen references to 35 mg per packet.
Pepsi uses a large amount of carbonic acid and a small amount of phosphoric acid. This helps mask the strong taste of sugar.