<h3>1. Br₂ decreased : system moving to the left</h3><h3>2. HBr increased : system moving to the left</h3><h3>Further explanation</h3>
In the equilibrium system, according to Le Chatelier, if there is a reaction there will be action
<h3>Reaction = - action</h3>
If the concentration of one component is enlarged, the system reaction is to reduce the component, and vice versa, if the concentration of one component is reduced, the reaction system is to add to the component
From reaction :
H₂(g) + Br₂(g) ⇔ 2HBr(g)
- After the concentration of Br₂ is decreased :
The system will react by increasing the concentration of reagents by moving to the left
- After the concentration of HBr is increased.
The system will react by decreasing the concentration of product by moving to the left
Learn more
Kc for reaction
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Keywords : equilibrium, the concentration,reactant or product,HBR,Br₂
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Answer:
the dotted line showing the intermolecular attraction
Explanation:
Is it 8.06?
Or 58.57?
Don't get mad if there wrong!!
But please let me know if it's right or wrong tho.
Answer:
200 °C
Explanation:
Let’s convert all the temperatures to the same scale, say, Celsius.
<em>Celsius</em>
Water boils at 100 °C, so 200 °C is the temperature of <em>superheated steam</em>.
<em>Fahrenheit
</em>
Water boils at 212 °F, so 200 °F is <em>just below the boiling point of water</em>.
<em>Kelvin
</em>
Standard temperature is 0 °C = 273.15 K. Ice melts at 273.15 K (0 °C), so
200 K is <em>well below the melting point of ice</em>.
C = K – 273.15
C = 200 -273.15 = -73 °C
Thus, 200 °C is the hottest temperature.
Chloroplasts is the answer
