Which of the following statements best describes p orbitals?
a dumbbell with a ring around it
a sphere around the nucleus
a four-leave clover
two lobes apposing each other
Examine the three isotopes of potassium (K) below.
potassium-41, potassium-39, potassium-40
Which of the answer choices lists these isotopes in the order of having the least amount of neutrons to having the most amount of neutrons?
You can have one p axis pointing in the x direction, one in the y direction, and one in the z direction. each of these contain two electrons, plus spin and minus spin so there can be a total of 6 p electrons at this level. I guess each two electron p would look like a dumbbell but I do not know what the ring about it means. I suppose it might indicate the level of the orbit.
All potassium atoms have the same number of protons. Therefore the atomic mass goes up with the number of neutrons 39, 40 , 41
Picture true of false The atom shown in the diagram has 4 energy levels or shells. 2. The atom shown in the diagram above has a total of 5 electron orbitals. 3. Each energy level consists of 2 or more orbitals. 4. The second
(1) Which of the following clusters of orbitals would form the shape trigonal bipyramidal and would also be possible within the valence shell of an atom? a.) one d orbital b.) five d orbitals c.) five sp^3 orbitals d.) five sp^3d
Although no currently known elements contain electron in g orbitals in the ground state, it is possible that these elements will be found or that electrons in excited states or known elements could be in g orbitals. For g
If you push a 900N refrigerator with the same force as you lift a 40N dumbbell, the dumbbell will move faster. which of Newton’s laws is this an example of? Explain how you know please. i know it's not the 3rd law.
1 kg aluminum dumbbell initially held 2 meters above the floor is allowed to fall. This experiment is performed inside a room whose dimensions are 10m × 5m × 3m. Assuming that the walls of the room do not conduct heat and that
Hi! I have a question about Pi-Bonds: a. ) are the only kind of bonds present in double bonds b. ) have very little electron density along the internuclear axis c. ) are formed by endwise overlap of p-orbits d. ) are formed from