5,2,1,4
5C + 2SO2 —-> CS2 + 4CO
Answer:
Explanation:
For destructive interference in thin films , the condition is
2μ t =( 2n+1)λ/2
where μ is refractive index of thin layer , t is thickness of layer and λ is wave length of light used. In this case for second order thickness n = 1
μ = 1.43 and λ = 510 nm
2μ t = ( 2n+1)λ/2
t =( 2n+1)λ/4μ
= 3 x 510 nm / 4x 1.43
= 267.48 nm
Answer:
So, we can assemble the options based or evaluation of there properties regarding getting an equilibrium or balanced state in a given time.We have the following rankings attributed to the elements:
- Silveringpot≥ aluminiumpot ≥ironskillet ≥glasscasseroldish ≥welldone steak ≥woodencuttingboard.
Explanation:
<u>Attaining equilibrium matters:</u>
When the materials are placed inside the oven, they attain a high temperature value causing it to be non touchable but some of the items has low value to attain the equilibrium state when comes in contact with other mediums. As these materials are also arranged based on that analyses.
The answer is A: can change
