Firstly, we need to convert 3g aspartame into moles aspartame. In order to do this we have to find the molecular mass of aspartame (the total weight of each atom of the molecule combined. This figure can be used to construct a conversion factor so that the grams may be converted into moles. Molecular weights for each atom can be found on any periodic table. Avagadro's number (6.022*10^23) is a constant value that expresses the number of molecules in one mole of a substance.
The molecular weight for aspartame is 294.3 grams per mole.
The process of finding how many atoms of H there are in 3.00g of aspartame would be like this:
1. 3g * 1mol/294.3g = .01mol aspartame (this is converting grams to moles)
2. .01mol * 6.022*10^23 = 6.022*10^21 (This is finding the number of molecules)
3. (6.022*10^21) * 18 = 1.08*10^23
This 3rd calculation is done because in part 2, you calculated the number of molecules of aspartame there were in 3g. In each molecule of aspartame there are 18 hydrogen atoms. So the final answer is:
1.08*10^23 hydrogen atoms.
Answer:
The molar mass of barium hydroxide, 171.34 g/mol
Answer:
in short weight
Explanation:
weight is mass x gravitational pull on an object
The order of reducing strength are as follow
E > D > F .
Since there is no reaction with D and salt of E it indicates that D is less reactive than the E. When D react with the salt F , a reaction take place which indicates that D is more reactive than F.
So reactivity can be given in the order
E > D > F .
So, F is least reactive so it neither displace E nor D
So, in first reaction
Metal F + Salt of E ------ No reaction will be observed
No reaction is observed between metal F and salt E
B) As we founded that E is more reactive than D and, D react with H2O
E is also get to react with H2O.
Thus, the order of reducing strength are as follow
E > D > F .
learn more about reducing strength:
brainly.com/question/13699873
#SPJ4
The germ theory of disease
eventually led to the development of certain types of vaccines. This theory explains
that specific type or types of microorganisms, which are bacteria, virus, fungi,
or protest species, cause some diseases. These organisms can enter the human
body, and can even grow and reproduce, causing infection, inflammation to
specific organs in the body, and others. One particular vaccine developed successfully
through this understanding is the smallpox vaccine, which is an important
vaccine up to this day.
