If you mean a pi bond then the answer would be pi (p) bond is formed when two p orbitals overlap.
If this doesn't help please let me know.
Utilize the formula pV=nRT This is the ideal gas law which is what boyles, law Charles law, and gay Lussac's laws are based off of. To use this formula, we must keep one variable constant in order to study the relationship between the other two. So what we must do is, say pressure and temperature are constant. The formula becomes V = nR But we must also consider what this means: from my understanding, R = the gas constant which drops out of our equation, so V = n. I feel that this shows us that the volume = number of moles of gas. If I am correct.
3:6:2 is the correct answer
B is the answer to it!!!!!
Answer:
a. True
Explanation:
In this reaction, we will have a <u>hydride transfer</u> to the carbon of the carbonyl group, moving the electrons of the double bond towards the oxygen producing a negative charge. The double bond is then regenerated by removing the chlorine atom from the molecule, producing an <u>aldehyde.</u>
Then, another molecule the LiAlH4 transfers another <u>hydride</u> to the carbon of the carbonyl group, again producing a negative charge on the oxygen. Finally, the hydrogen is protonated producing a <u>primary alcohol.</u>
<u />
See figure 1
I hope it helps!