Answer:
its 57.56
Explanation:
dont ask me how it is just is trust me
I wish I could help but I’m not sure sorry
Answer: The maximum amount of C that can be produced is 2.0 mol.
Explanation:
The balanced equation will be as follows.
As we are given that,
moles of C = moles of A = moles of B
When we react 2.0 mol A with 3.0 mol B then the limiting reagent is A as specie A has less number of moles. Therefore, the maximum amount of C which can be produced is as follows.
= 2.0 mol
Therefore, we can conclude that the maximum amount of C that can be produced is 2.0 mol.
Besides the type of unit cell, mass and volume are needed to find the density of a solid consisting of identical atoms
The smallest repeating unit with complete crystal structural symmetry is known as a unit cell. A parallelepiped is a name for the unit cell geometry, which provides six lattice parameters as the lengths of the cell edges (a, b, and c) and the angles between them.
The tiniest repeating unit in a crystal lattice is called a unit cell. There are numerous different types of unit cells. One illustration is the cubic crystal system, which consists of three distinct kinds of unit cells: Simple cubic, face-centered cubic, and body-centered cubic are the first three. The simplest repeating unit in a simple cubic structure is the simple cubic unit cell.
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Answer:
1. The methods used for the separation were filtration and evaporation
Explanation:
The mixture of table salt and sand is first dissolved in distilled water. The salt is soluble in water but the sand is not. The solution is now filtered. The filtrate contains the salt solution while the residue is the sand. The filtrate is now evaporated to dryness to recover the table salt from solution.
From the experiment we can clearly see that table salt is highly soluble in water.
One precaution during the experiment is to ensure that the filter paper was placed correctly before filtration started.