Answer:
<em><u>When ΔS > 0 and ΔH < 0, the process is always spontaneous as written. When ΔS < 0 and ΔH > 0, the process is never spontaneous, but the reverse process is always spontaneous. When ΔS > 0 and ΔH > 0, the process will be spontaneous at </u></em>
Explanation:
What are the best conditions to lead towards a spontaneous reaction? <em><u>high negative enthalpy, high temp, high positive entropy. Your enthalpy is high and negative but your entropy is also negative.</u></em>
Answer:
A, Filtration
Explanation:
Once I did an Experiment when I took a funnel, filter paper and a beaker and muddy water.
I placed the funnel on the beaker and inserted the filter paper before the hole in the funnel.
I put the mud water and clean water came out, this is because the dirt got stuck to the filter paper due to the extremely small pores of the filter paper
Answer: The first blank is "mechanical energy" The second blank is "chemical energy" and the last blank space would be "potential energy"
So in order of 1st to last blank its "mechanical" "chemical" and "potential"
167g. Because the law of conservation of mass says that matter can not be created or destoryed, in a chemical reaction.
The 2 main components of the internal energy of a substance are:
The internal energy is a sum of kinetic and potential energy.
E_k (total)=E_k(translational) + E_k(rotational) + E _k(vibrational)
Internal energy is the microscopic energy contained in a substance, given by the random, disordered kinetic energy of the molecules. Further it includes the potential energy between those molecules, and the nuclear power contained in the atoms of those molecules.
The internal energy of a system is extensive property. it's a state property. The exchange is independent of the path followed. Change in internal energy of a cyclic process is 0.
Internal energy is affected by factors including pressure, volume, and temperature. All the variables on this listing are state functions.
Learn more about internal energy here: brainly.com/question/15049690
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