Answer:
3° C
Explanation:
The dew point temperature is the temperature of the air to which the air must be cooled so as to become saturated with the water vapor.
Here it is given that the relative humidity in the air, RH= is 65%
And the dry bulb temperature is T = 10° C
Therefore, the dew bulb temperature is,
= 10 - 7
= 3° C
So the dew point temperature is 3° C .
The concentration of 
in the stack gas = 12 ppmv
That means 12 L of is present per 
The given temperature is 273 K (0 C) and pressure is 1 atm. At these conditions, 1 mol of gas would occupy,
V = 22.4 L
1 mol 
occupies 22.4 L
Moles of 
= 
Mass of =
=
μg
Converting 
:
= 
Calculating the concentration in μg/
:
Answer:
DNA from dead Streptococcus cells entered live cells and altered the live cell's characteristics
<em>I hope this helps you</em>
<em>:)</em>
<span>How many electrons are needed to equal the mass of a proton?
</span>
The correct answer is that you need 1836 electron to equal the mass of a proton. This means that a proton is equals to 1836 electron or 1 = 1836. This is the answer to your question. I hope this answer helped you.
