Answer:
so with every stoichiometry problem with a mass it will make it so you can do the conversion factor with reactants or products.
if you dont understand unit conversions try to study how to set it up. anyways
a.) C12H22O11 has a mass of 342.01 Grams per mole
divide 1.202 G by 342.01 G to get 0.004 miles
b.) you're just taking the AMU of each element in the chemical multiply it by how many there is of it in the chemical, then divide it by the mass of a mole of the chemical.
c.) you take your answers of part b and multiply them by Avogadro's number
The answer to this question is D
I'm pretty sure number 48 is C. Hope this helped :)
Answer:
As explained
Explanation:
My reaction will be positive and I will feel elated that a new elements has been discovered as this will be a modification of the earlier claim by berzelius and the likes that there are over 106 known elements ; Metal, Non Metals and Metalloids.
However, fitting the new discovered element in between Tin and antimony may be an issue, as the physical properties of the new elements has to be known, its melting point, metals or non metals as this is paramount to be able to classify the elements. if the elements fits in between tin and antimony, it is an indication that the elements is mot likely a metal or non-mental and may belong to group IVB or VB. Another issue is, the discoverer will have to create his own periodic table to be able to stand in with the discovery of Dimitriy Mendelev.
<h3>What is
Self-Consistent Field (SCF)?</h3>
This is used in quantum chemical models to accurately calculate the amount
of orbitals present in an element.
The Self-Consistent Field (SCF) method for obtaining the orbitals of a
Boron atom involves the following processes which include:
- Selecting an approximate Hamiltonian
- Solving the Schrödinger equation to obtain a more accurate set of orbitals.
- Solving the Schrödinger equation again until the results converge.
The converging of the result typically signified the end of the solving of the
equations and the derivation of the orbitals of the Boron atom.
Read more about Orbitals here brainly.com/question/26000020
