1.963 x 10^22 particles
This is the answer. Find GFM of potassium carbonate, then find number of moles 4.50 g is using dimensional analysis. Then use that number of moles to find number of particles using dimensional analysis. Approximately 6.02 x 10^23 particles in a mole.
Delta T= T final - T initial
Tfinal= -101.1 °C
Tinitial= -0.5 °C
•Delta T = -101.1°C - (-0.5°C)
=100.6°C
Kelvin= °C + 273
= -100.6 + 273
= 172.4 Kelvin
All of the acid molecules in beaker 1 dissociate fully and exist as and ions. As a result, beaker 1 represents a strong acid solution. The majority of the molecules in beaker 2 are undissociated.
Answer:
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Explanation:
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