<h2>
Answer:Ultraviolet waves have higher frequencies than radio waves.</h2>
Explanation:
The waves arranged in increasing order of frequency are radio waves,infrared waves,x-rays,ultraviolet waves.
Option A:
Ultraviolet waves have higher frequencies than radio waves.This agrees with the above order.
Option B:
X-rays have lower frequencies than infrared waves.This does not agree with the above order.
Option C:
Radio waves have higher frequency than x-rays.This does not agree with the above order.
Option D:
Gamma rays have lower frequencies than ultraviolet waves.This does not agree with the above order.
So,option A is correct.
Answer:
Explanation:
Hello,
In this case, for the STR reactor carrying out this chemical reaction, the material balance is:
Thus, with the given information we compute the rate constant as follows:
Now, for the CSTR we have the following design equation in terms of conversion for finding the volume:
Therefore, it turns out:
Best regards.
Answer:
I cant see the whole question but to my knowledge it is the 3rd law
Explanation:
because the third law states what the applied force is when two objects interact
Here we have to get the effect of addition of 0.25 moles of gas C on the mole fraction of gas A in a mixture of gas having constant pressure.
On addition of 0.25 moles of C gas, the mole fraction of gas A will be 
.
The partial pressure of gas A can be written as 
= 
×P (where is the mole fraction of gas A present in the mixture and P is the total pressure of the mixture.
The mole fraction of gas A in a mixture of gas A and C is = 
and 
respectively.
Thus on addition of 0.25 moles of C gas, the mole fraction of gas A will be .
Which is different from the initial state.
the salt is the solute (and the water is the solvent) i hope this answers your question lol
