Answer:
B) I2(s) is a stronger oxidizing agent than Al3 (aq), and Al(s) is a stronger reducing agent than I-(aq).
Explanation:
An oxidizing agent accepts electrons in a redox reaction and become reduced while a reducing agent looses electrons and become oxidized.
Hence in a redox reaction, oxidizing agents are reduced while reducing agents are oxidized.
Looking at I2 and Al3+, I2 is a better oxidizing agent since it has a reduction potential of +0.54V compared to -1.66V for Al3+.
Given the statements above, the converse must be true, that is; All is a better reducing agent compared to I-
Answer:
please only post questions if you actually need it.
Explanation:
The plant food. He's comparing the new plant food with his regular, or old, plant food.
Answer:
In carbon containing compounds, carbon usually forms four bonds, nitrogen usually forms three bonds, oxygen usually forms two bonds, and hydrogen only forms one bond.
Explanation:
In organic compounds in which carbon is present, the number of bonds formed depend on the number of electrons available for each chemical element. In the case of Carbon, it is 4. Nitrogen is 3. Oxygen is 2. Hydrogen is 1. In other types of compounds, it is possible to see different types of bonds.
There are many scenarios in which the situation in question may take place, the rule is that for this to happen, the temperature and pressure of the gas must <em><u>change </u></em><em><u>by the same amount. </u></em>
As stated, the temperature and the pressure of the enclosed gas may change, in which they may <em><u>increase </u></em>or <em><u>decrease</u></em>, but the change must be by the same magnitude for each value. What this means is that is temperature increases by 5, so then must the pressure.
This is due to the relationship between the temperature and the pressure of an enclosed gas when using the combined gas law. The law takes the form of a fraction in which the pressure is found as part of the <u>numerator </u>and the temperature is part of the <u>denominator</u>, therefore, by increasing at the same rate, the final product and the volume will not be affected.
To learn more visit:
brainly.com/question/13154969?referrer=searchResults