Answer:
5
Explanation:
chemical formulas show what atoms are in a molecule. In this case there is 1 hydrogen (H), 1 chlorine (Cl), and 3 oxygens (O). The 3 behind the oxygen is a subscript and tells us that there are 3 oxygen atoms.
Another example is H2O which as 3 atoms. 2 hydrogens (H) and 1 oxygen (O). This formula has a subscript 2 behind the hydrogen showing that there are 2 hydrogens.
Answer:
I think they have high, because the nonpolar molecules usually have a much lower surface tension than polar ones.
Answer:
Explanation:
It resembles a simple composition. Your instructor may not accept that answer. What is happening is the Fe is giving up 2 electrons so that it may embrace the C5H5.
That's usually what happens in a simple composition.
What makes me wonder is the C5H5. It has no charge and yet the Fe is shown as giving up 2 electrons. I'm guessing that either a halogen is introduced or something is to the left of C5H5 on the left side of the equation.
Anyway it is a composition of some kind.
In an acidic solution, the rate change if Sucrose fructose and glucose is changed to 0.5 M will be Rate = k[H⁺][1.51M] for sucrose,
Rate = k[H⁺][0.61M] for glucose and Rate = k[H⁺][0.6 M] fructose.
<h3>What is the breakdown of sucrose?</h3>
Sucrose is a type of sugar that is made by adding fructose and glucose or the breakdown of fructose will be in the form of glucose and fructose always at different levels of concentration.
In the given acidic solution if the concentration of sucrose changes from 0.01 to 0.5 then both have to add to give the total rate of change in the given reaction and it will be 1.51M sucrose, 0.61M for glucose, and 0.6 M fructose.
Therefore, Rate = k[H⁺][1.51M] for sucrose, Rate = k[H⁺][0.61M] for glucose and Rate = k[H⁺][0.6 M] fructose for an acidic solution, the rate change if Sucrose fructose and glucose is changed to 0.5 M.
Learn more about the breakdown of sucrose, here:
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