Define Configuration Identification.

Q: Describe briefly the photoelectric effect

A: When the material is bombarded with electromagnetic radiations like light, there is emission of…

Q: wavelength

A:

Q: How can we obtain energy from nuclear fisson?

A: The splitting of a nucleus into smaller nuclei is known as fission. A large amount of energy is…

Q: A red laser pointer emitts light with a wavelength of 700 nm. A fancy green laser pointer emitts…

A: The relationship between the frequency and wavelength is given by  f = c/λ where f = frequency in Hz…

Q: What is continuous spectrum?

A:

Q: 14.8)  The resolution of visible and UV spectra can usually be improved by recording the spectra at…

A: UV-Visible spectra are obtained due to electronic transitions between different values.

Q: What is frequency factor?

A: In the Arrhenius equation, k=Ae-EaRT , A is often called the per-exponential factor.

Q: subparts J K and L

A: In chemical reactions, reactants are consumed and products are formed. Reactants react according to…

Q: What is magnetic spectrum?

A: Magnetic spectrum or Electromagnetic spectrum, the entire distribution of electromagnetic radiation…

Q: After all that hard work, Thor and Captain America generate a laser with an output of 4.67 x 1019 J…

A:

Q: Describe a black body radiator and its spectrum.

A: When a thermal electromagnetic radiation is placed around a body. The equilibrium is set between…

Q: What is an Eletromagnetic Radiation?

A: Electromagnetic radiation travels like waves.

Q: What

A: We will write the components of spectroscopic instruments

Q: Define the term Frequency Factor?

A: Frequency Factor can be defined as follows,

Q: In a magnetic field, What are two different energy states for a proton ?

A:

Q: Which of the following spectroscopic notations are not allowed? (a) 5s1 (b) 1d1 (c) 4s3 (d) 3p7 (e)…

A: Important spectroscopic notations are: 1) Principal Quantum No (n) The value of n =1,2,3..... 2)…

Q: 1. Which is not a property of EM waves? a. EM waves can travel througha vacuum. b. EM waves travel…

A: When a charged particle like electron is accelerated , it emit energy in the form of electromagnetic…

Q: lassure (mlla 7.5 A3D025 9.4 3 =0.34 %3D 12.5 42=D0.5 7elct the dcta anve on he Graaph welow. 40…

A: There are 4 important parameters which are used to define the gas.  They are absolute temperature,…

Q: Explain Aufbau principle. How can it be used to predict electronic configuration?

A: To explain: Aufbau principle and its use to predict electronic configuration.

Q: How many possible micro-states will a system with 11 argon atoms in 11 slots have?

A: Given  number of Argon atoms =11 Number of slots =11 To calculate :- Number of microstates

Q: ch Transitions Open in Desktop App 28 A Monday, September Conserve Kovwords:

A:

Q: Identify the levels of the configuration p1.

A: given: The object is to identify the level of the configuration  p1.

Q: What are the components of typical spectroscopic instruments?

A:

Q: What type of transition is caused by visible and ultraviolet radiation? O A. Electronic transitions…

A:

Q: The fluorescent bulb doesn’t just have one kind of element inside it. It has a whole range of…

A: Flouroscent bulb:- Flouroscent bulb contains mercury ,some amount of inert gas(Argon) and phosphor…

Q: How would I find where radiation with a wavelength of 80 μm is found using the graph below? What…

A: Given,Wavelength of a radiation = 80 μmFirstly, we have to convert micro meter (μm) to meter (m) :

Q: The transition from n to It appears between 150-250 nm, while the transition n to o* appears between…

A:

Q: what are the factors affecting scattering of light?

A: The scattering of light is a physical process in which some form of light are forces to deviate from…

Q: For the d3 configuration, answer the questions below: (ii) Determine the lowest energy state.

A: The d3-configuration is symmetrically filled and that is why Jahn-teller distortion is not…

Q: the

A: Wavelength = speed of light / ( frequency )  Wavelength = length of the box  So,  Length of the box…

Q: A nanocrystallaine sample of CdSe emits an orange glow that has a wavelength of 570 nm. What is the…

A: Concept:  Light upon transmission have certain wavelength and the frequency. Using the wavelength or…

Q: Which property of laser light is NOT correctly defined/described? extremely bright: high power at…

A:

Q: list down examples of colorimetric devices

A: A colorimeter is a device used to measure the absorbance of a particular wavelength of light and the…

Q: 6. Briefly discuss the differences between one-electron spectra and two-electron spectra.

A: Answer - One electron spectra - Electron spectroscopy is an analytical technique to study the…

Q: The definition of a meter is based on the helium-neon laser which emits photons with energy of 3.14…

A: Using the relation between energy and wavelength, the wavelength of helium neon laser is calculated…

Q: Predict the number of signals

A: It explains the nature of protons in unknown compound  Radio waves are used in NMR spectroscopy…

Q: Lowest frequency Highest energy Highest frequency Lowest energy Answer Bank Answer Bank microwaves…

A:

Q: Subparts number 4 and 5

A: 4. T shape molecular geometry: This molecular geometry appears when there are two lone pairs of…

Q: Explain Frequency Factor?

A: The pre-exponential factor is known as the frequency factor. It represents the frequency of…

Q: c. Both hydrogen and helium glow and absorb red. Are they the same frequency of red? d. A hot solid…

A: Both hydrogen and helium glow and absorb red. But the hydrogen line is at higher energy, it has…

Q: Which of the following combinations is allowed? A. n=2, ℓ =1, ml= -1, ms= +1/2  B. n=1, ℓ =1, ml=…

A: Given combinations are : A. n=2, ℓ =1, ml= -1, ms= +1/2  B. n=1, ℓ =1, ml= +1, ms= -1/2 C. n=3, ℓ…

Q: Explain the diagrams below

A: Description of above diagrams is explained in next step:

Q: 10 8 7 6. 4 3 2 1 1.1 ppm d, 6H 3.6ppm septet, 1H M/z 102

A:

Q: A mercury arc lamp has a strong emission line at 546 nm. Calculate the frequency and photon energy.

A:

Q: Identify what principle is VIOLATED in this electronic configuration. Choices are only between Hund,…

A: Since we only answer up to 3 sub-parts, we’ll answer the first 3 sub-parts. Please resubmit the…

Atomic Structure

The basic structure of an atom is defined as the component-level of atomic structure of an atom. Precisely speaking an atom consists of three major subatomic particles which are protons, neutrons, and electrons. Many theories have been stated for explaining the structure of an atom.

Shape of the D Orbital

Shapes of orbitals are an approximate representation of boundaries in space for finding electrons occupied in that respective orbital. D orbitals are known to have a clover leaf shape or dumbbell inside where electrons can be found.