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ankoles [38]
4 years ago
8

In redox half-reactions, a more positive standard reduction potential means I. the oxidized form has a higher affinity for elect

rons. II. the oxidized form has a lower affinity for electrons. III. the reduced form has a higher affinity for electrons. IV. the greater the tendency for the oxidized form to accept electrons.
Chemistry
1 answer:
qwelly [4]4 years ago
4 0

Answer:

The 1st and 4th options are correct

I.the oxidized form has a higher affinity for electrons

IV. the greater the tendency for the oxidized form to accept electrons

Explanation:

Half reaction can be described as the oxidation or reduction reaction in a redox reaction.it is In the redox rection there is a change in the oxidation states of Chemical species involved. the oxidized form in the redox has a higher affinity for electrons and the greater the tendency for the oxidized form to accept electrons.

Standard reduction potential which is also referred to as standard cell potential can be described as the potential difference that exist between cathode and anode of the cell. In the standard reduction potential most times the species will be reduced which is usually analysed in a reduction half reaction.

(Standard Hydrogen Electrode) is utilized when determining the Standard reduction or potentials of a chemical specie. this is because of Hydrogen having zero reduction and oxidation potentials, as a result of this a measured potential of any species is compared with that of Hydrogen, the difference helps to know the potential reduction of that particular specie.

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Lynna [10]

<em>Question:</em>

<h2>How many grams are in 2 moles of H₂O?</h2><h2 />

<u><em>Answer:</em></u>

<h3>One mole of H2O has a mass of (2*1 + 1*16 = 18g). We read the 1 and the 16 from the periodic table of the elements under “atomic weight” or “atomic mass”. I’ve taken the whole numbers from memory to keep it simple but you can read a more accurate value if you need a more accurate value from your periodic table. </h3><h3 /><h3>So if one mole of H2O has a mass of 18g, then 2 moles will have a mass of 18*2 = 36g.</h3><h3 />

<em>Note: * I am not responsible if you get it wrong, for you are the one who asked the question. *</em>

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<u>If this helped, your welcome! Please know that I might be wrong, and if I am, I am truly sorry for that. But If you would, please make me brainliest.</u>

I hope you have a rest of your great day! If there is an issue with this question, be happy to comment. <3

<u><em>-niaxfandoms (insta and yt)</em></u>

7 0
3 years ago
Choose the aqueous solution that has the highest boiling point. These are all solutions of nonvolatile solutes and you should as
UNO [17]

Answer: 0.100 m K_2SO_4

Explanation:

Elevation in boiling point is given by:

\Delta T_b=i\times K_b\times m

\Delta T_b=T_b-T_b^0 = Elevation in boiling point

i= vant hoff factor

K_b = boiling point constant

m= molality

1. For 0.100 m K_2SO_{4}

K_2SO_4\rightarrow 2K^{+}+SO_4^{2-}  

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2. For 0.100 m LiNO_3

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3.  For 0.200 m C_2H_8O_3

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