First one is 3-Methyhexane and second one is 2,3-dimethylpentane .

a is correct
in b alkene is not present.Aromatic ring and alkene are entirely different groups with different chemical nature.
Rest is ok.

I wanted to get some help in terms of the orientation of drawing the newman projection, and I need clarification about right vs. left side!
Thank youIMG_0333.pdf

I was hoping to get some help regarding this homework problem.  Problem Set 1 - DUE10.08.pdf

thank you

ohhh okay then it will be d

Kw comes from the autoionization of water which is endothermic process.

Heat + 2  H₂O  ⇌  H₃O⁺  +  OH⁻

Kw is temperature-dependent because the autoionization is an endothermic process:
•    If temperature increases → equilibrium shifts right (Le Châtelier's principle) → [H3O+][H₃O⁺][H3O+] and [OH−][OH⁻][OH−] both increase → Kw increases.
•    If temperature decreases → equilibrium shifts left → [H3O+][H₃O⁺][H3O+] and [OH−][OH⁻][OH−] both decrease → Kw decreases.
Now pick up your answer.

The leveling effect is the phenomenon in which all acids stronger than the conjugate acid of the solvent are converted to that conjugate acid, and all bases stronger than the conjugate base of the solvent are converted to that conjugate base.

In water:

The conjugate acid of water is H₃O⁺ (hydronium ion).
→ Any acid stronger than H₃O⁺ (e.g., HCl, HNO₃, H₂SO₄) donates a proton to water, producing H₃O⁺.
→ Therefore, these acids all appear equally strong in aqueous solution.

The conjugate base of water is OH⁻ (hydroxide ion).
→ Any base stronger than OH⁻ (e.g., NH₂⁻, H⁻, CH₃⁻) reacts with water to form OH⁻.
→ Therefore, these bases all appear equally strong in aqueous solution.

In short: In water, the strongest acid that can exist is H₃O⁺ and the strongest base is OH⁻. Stronger acids/bases are "leveled down" to these limits.

What is the leveling effect again? I don't remember if we discussed it or not, because it's not anywhere in my notes.

could u explain this question?