TheGingerDevl2671 TheGingerDevl2671
  • 12-04-2021
  • Chemistry
contestada

Calculate magnetic moment of a divalent ion in aqueous solution, if the electronic configuration is [Ar] 3d5 .

Respuesta :

ayfat23
ayfat23 ayfat23
  • 12-04-2021

Answer:

5.47 B.M

Explanation:

✓We were given electronic configuration of argon as [Ar] 3d5.

✓This is a divalent ion. It has atomic number of 25.

✓magnetic moment can be calculated using below expresion

√[n(n+2)] .....................eqn(1)

✓ It has 5 unpaired electrons. Then n= 5

✓ [n(n+2)]

✓ substitute the ( n= 5) into eqn(1)

Then magnetic moment= [n(n+2)]

= [ 5(5+2) ]

= 5.47BM

Answer Link

Otras preguntas

Which particles have more speed: Solid or Liquid? Why?
pretty pretty, please
short term effect of anorexia
Felicia brought 5/9 of a gallon of water for the track team. She poured the same amount of water into 10 cups. Then she calculated how much water she poured int
How many kg in 12980 g ? Help?
what is the answer to 8÷2(2+2)?​
Consider the following situations for Shocker: a. On November 28, 2021, Shocker receives a $4,200 payment from a customer for services to be rendered evenly ov
Write the equation of the line that passes through the given point and has the given slope. (-4,1) slope = -1/4
3. Which expression is a trinomial ? a. 4x3 b. 7x + 12 C. 3x3 + 3x2 d. 5x2 + 3x2 - 1
How might the honoring and celebration of Indigenous People's Day be a positive step toward decolonizing history and our communities?