if atoms were smaller, planck's constant would be group of answer choices larger. smaller. no different in physical size.

Question

15-12-2022
Chemistry

Answered

if atoms were smaller, planck's constant would be group of answer choices larger. smaller. no different in physical size.

Answer :

Other Questions

A sample of hydrogen gas has a density of g/L at a pressure of 0.845 atm and a temperature of 59 °C. Assume ideal behavior. Submit Answer Retry Entire Group 9 m

A student has 3.86 g of iron metal. a How many moles of iron does the student have? Show your work. 0.86g Fe 0.0 motfe b Given your answer to (a) and the fact t

which of the following options correctly express the relationship between the volume and temperature of a gas at constant pressure? select all that apply.

Arrange the following atoms or ions in order of decreasing ionization energy: From largest to smallest ionization energy Drag and drop your selection from the f

two solid reactants of varying size are combined in a vessel assuming that the same mass of each reactant is sued in each case, which of the following represent

4.2 mol of oxygen and 4.0 mol of no are introduced to an evacuated 0.50 l reaction vessel. at a specific temperature, the equilibrium 2no(g) o2(g) 2no2(g) is re

Which would you expect to be a conductor of electricity in the solid state? O iodine (12) O silver spoon (Ag) O lime (CaO)

At which pH value does the amino group of amino acid have the best buffering capacity? a. 6.01 b. 9.00 c. 9.69 d. 3.00 e. 1.53 f. 10.5

a student combines a solution of nacl(aq) with a solution of agno3(aq), and a precipitate forms. question which of the following is the balanced net ionic equat

Be sure to answer all parts. Calculate the following values. Enter your answers in scientific notation. (a) What is the Kb of the benzoate ion, C6H5COO^-? (b)

contexto1019 contexto1019 · Answer 1 · 2022-12-21T03:44:45-05:00

If atoms were smaller, Planck's constant would be smaller.

Planck's constant is the proportionality constant pertaining to a photon's strength to its frequency. a particle representing a quantum of mild or different electromagnetic radiation. A photon contains strength proportional to the radiation frequency however has 0 relaxation mass. The constant offers the connection among the strength of a photon and its frequency, and through the mass-strength equivalence, the connection among mass and frequency. This constant is directly proportional to the number of atoms. therefore if atoms were smaller, Planck's constant would be smaller.

To learn more about electromagnetic radiation check the link below:

https://brainly.com/question/1408043

#SPJ4