List three possible fallacies in the assumptions merthod in the sub-microscopic model. What effect do theses fallacies have on the results of the calculations?

Q: three Working areas and the external bias conditions of the NPN BJT.

A: The NPN Bipolar Junction transistor has three terminals, namely emitter, collector and base. The…

Q: The uncer tainty in position of a Stationavy 4.8 kg block Is rOughly -10 an atomic dlameter, or…

A: 10Mass of block = 4.8kg Uncertainty in position ∆x= 10-10m

Q: A large vase has a square base of side length 6cm, and flat sides sloping outwards at an angle of…

A: Fluid flow rate is the amount of fluid flowing through an area A per unit of time. The flow of fluid…

Q: Example: 9.35. For a neutron star with radius 10 km and mass 4.5 x 10³0 kg find the Fermi energy of…

A:

Q: Here is the most important learning goal for this activity. Select which of these represents the…

A: Brightness of the light bulb represents the intensity of the light. It is measured in the units of…

Q: A basketball is thrown towards a basketball net. What would the FBD of the basketball like at point…

A: At point C the force due tor gravity Fg will act perpendicularly downward from the point.At point C…

Q: mich of the following continuous distra symmetrical and unskewed over ite erating range? Normal…

A: 4.11) There is a symmetrical normal distribution and unskewed over typical range. The normal…

Q: Prove the equation below with statistical mechanics. Show all work and explain all variables.

A: To proof: The average energy of a Planck's oscillator:

Q: 13. Determihe amplitude 14. Determine wavelength 15 Determhe veloeity

A: a) A wave’s amplitude is the maximum displacement of the wave’s particle from its mean position.…

Q: M/MM and All-Atom/Coarse-Grained Molecular Dynamics are two of the most ommon multiscale approaches…

A: In QM/MM (Quantum Mechanics/Molecular Mechanics) methods, the system is divided into two regions: a…

Q: energy interaction diagram , and claim evidence reasoning?

A:

Q: Calculated that a 0.1 micron diameter silica particle would move with a Brownian velocity in the…

A: The objective of the question is to calculate the change in Brownian velocity of a silica particle…

Q: Q4/A point source emitting a 1 MeV gamma ray which located 20 cm from the surface along the axis of…

A: in this question we determine  no. of counts emmited in 2 min.

Q: 22.Why does brightness decrease when more light bulbs are added in series? 23. Based on your…

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

Q: Plase provide detailed explanation of the Uncertainty Principal and provide examples

A:

Q: consider ideal laser medium, The population inversion between stat 1 and 2. state 3 decay so fast,…

A: Given that,For ideal laser medium, The population inversion is occur between state 1 and 2.Atoms…

Q: An experiment subject only to random fluctuation within a normal distribution collects the following…

A: In this question we are given that an experiment subject only to random fluctuation within a normal…

Q: Problem 2: Neutron star A star that is too heavy to stabilize as a white dwarf can collapse further…

A:

Q: A pie is removed from your oven with an internal temperature of 175°F. It is placed on your counter…

A: Using Newton's Law of heating and cooling:Given:Room Temperature=55°FdTdt=k55-TTt=ce-ktNow,…