Answer:
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Explanation:
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Pressure is inversely proportional to volume. Therefore, the effect of pressure change is opposite to the effect of volume change. So when more gas is added to the chamber the total pressure of the chamber doesn't increase.
<h3>What are the different relations between pressure and volume?</h3>
- As the volume changes, the concentrations and partial pressures of both reactants and products change.
- As the volume decreases, the reaction shifts to the reaction side with fewer gas particles.
- As the volume increases, the reaction shifts to the side of the reaction containing more gas particles.
- As the pressure increases, the equilibrium shifts towards reactions with fewer moles of gas.
- As the pressure decreases, the equilibrium shifts to the side of the reaction with higher moles of gas.
- Moreover, the pressure change in the system due to the addition of the inert gas is not limited to this.
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Answer:
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Your answer should be:
B. The panels are absorbing a lot of light energy.
Explanation:
Hope this helped!
<em>Brainliest would be appreciated!</em>
<h2><em>Have a blessed day! :D</em></h2>
When we measure<span> an object's </span>temperature<span>, we </span>measure<span> the average kinetic energy of the particles in the object. The higher the </span>temperature<span>, the faster the molecules of the substance move, on the average.
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Answer:
The answer to your question is: 9 .43 ml of HNO3 70.3%
Explanation:
Data
Purity: 70.3%
density = 1.41g/ml
Volume = 1 l
Concentration = 0.12 M
Molecular weight = 1 + 14 + (16 x 3) = 63 gr
63 gr of HNO3 ------------------1 mol of HNO3 or IM
x ------------------- 0.12 M
x = 0.12M x 63 /1 = 7.65 g of HNO3
Now, calculate volume
density = mass / volume and volume = mass/density
volume = 7.65 / 1.41 = 6.63 ml of HNO3
Now, consider purity (it's and inver rule of three)
6.63 ml ----------------- 100%
x ----------------- 70.3 %
x = (6,63 x 100)/70.3 = 9.43 ml of HNO3
