When writing an electron configuration for a transition metal, what is the last orbital type to be filled – an s, p, d or f orbital?

Answers

Answer 1
Answer: It would be d.

Reason being said...

the electron configuration normally goes like this...

1s2 2s2 2p6 3s2 3p6 4s2....

until you hit the transition metals..remember those have a special rule..

even though you are in the 4 sublevels for the orbitals ... it goes down 1

Making it 3d..(1,2,3,4,5,6,7,8,9,10)

Going on...

at 5s2 then, 4d1, 4d2, 4d3, 4d4, etc..

at 6s2 then, 5d1, 6d2, 6d3, 6d4, etc..

Thus, D orbital is your answer.

Related Questions

When a reaction occurs between atoms with ground state electron configuration 1s2 2s1 and 1s2 2s2 2p5 the predominant type of bond formed is
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Which statement is true because of newtons second law ?a)when the net force on an object increases, the objects acceleration decreases b)when the net force on an object decreases ,the objects acceleration increases c)when the net force on an object decreases, the acceleration doesnt change d)when the net force on an object decreases, the objects acceleration decreases
An ionic bond would most likely form between atoms of which of these pairs?A. oxygen and oxygen B. magnesium and oxygen C. magnesium and magnesium

The bond between F and Cl would be:A) nonpolar covalent
B) polar covalent
C) ionic
D) metallic

Answers

 It would be a polar covalent bond. The two atoms have different electronegativities, and I'm pretty sure they are sufficiently different to classify the bond as polar.
i belive the answer is C) ionic

When a substance changes its state, all BUT ONE of these statements istA)
Mass remains constant.
B)
Only the form changes.
Kinetic energy changes.
D)
Something chemically new is formed.
Science

Answers

Answer:

"Something chemically new forms" is the incorrrect statement

Explanation:

When a substance changes its state, it retains its mass even though its form and kinetic energy changes. It is simply moving between states, that is: loosing energy or gaining it. its chemical composition does not change.

Have a good day dude

Answer:

Science...Only the form changes.Kinetic energy changes.

Explanation:

SCIENCE

21 Which mathematical expression represents the heat of reaction for a chemical reaction?(1) (the heat of fusion) – (the heat of vaporization)(2) (the heat of vaporization) – (the heat of fusion)
(3) (the potential energy of the products) – (the potential energy of the reactants)
(4) (the potential energy of the reactants) – (the potential energy of the products)

Answers

Correct Answer: Option 3 i.e. (the potential energy of the products) – (the potential energy of the reactants)

Reason:
Heat of reaction for a chemical reaction is the  change in the enthalpy of a chemical reaction that occurs at a constant pressure. This can be measured on the basis of potential energy of reactants and products. Mathematically, it is expressed as:

            Heat of reaction = ΔH = ΣH products - ΣHr reactants.
The answer is (3) the potential energy of the products - the potential energy of the reactants. The reaction energy production can be represented by the change of energy of products and reactants.

If the [H+] in a solution is 1*10^-1 mol/L, what is the [OH]?

Answers

K(w)=[OH⁻][H⁺]  (K(w)=1×10⁻¹⁴)

[OH⁻]=K(w)/[H⁺]
[OH⁻]=(1×10⁻¹⁴)/0.1
[OH⁻]=1×10⁻¹³M

I hope this helps.  Let me know if anything is unclear.

Pls help me on question 30 I don't know how to do it

Answers

The rate law for a reaction that is first order in both reactants is Rate=k[A][B].  Therefore to find the rate you plug in the values you are given to get the equation rate=0.5×0.0183×0.0168 to get  Rate=1.54×10⁻⁴ mol/Ls.

I hope this helps.  Let me know in the comments if anything is unclear.

A student is using a copper strip and a strong chlorine solution in her experiment. Which of these is a chemical property of one of her materials?

Answers

There are many chemical properties could define the copper strip and a chlorine solution. For an example, the reactivity of copper strip. The Reactivity refers to the tendency of the copper strip to undergo chemical reaction with the chlorine solution.