Value Definition and 1000 Threads

In ethics, value denotes the degree of importance of some thing or action, with the aim of determining what actions are best to do or what way is best to live (normative ethics), or to describe the significance of different actions. Value systems are prospective and prescriptive beliefs; they affect ethical behavior of a person or are the basis of their intentional activities. Often primary values are strong and secondary values are suitable for changes. What makes an action valuable may in turn depend on the ethical values of the objects it increases, decreases or alters. An object with "ethic value" may be termed an "ethic or philosophic good" (noun sense).Values can be defined as broad preferences concerning appropriate courses of actions or outcomes. As such, values reflect a person's sense of right and wrong or what "ought" to be. "Equal rights for all", "Excellence deserves admiration", and "People should be treated with respect and dignity" are representatives of values. Values tend to influence attitudes and behavior and these types include ethical/moral values, doctrinal/ideological (religious, political) values, social values, and aesthetic values. It is debated whether some values that are not clearly physiologically determined, such as altruism, are intrinsic, and whether some, such as acquisitiveness, should be classified as vices or virtues.

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  1. T

    Proof Using Mean Value Theorem

    See my image for my attempt at solving this problem. My approach varies significantly from the solution I have for this problem and I wanted to get feedback on if what I did is correct of where I went wrong. thanks.
  2. BerriesAndCream

    I Expected value of X~Geom(p) given X+Y=z

    Hello everyone. If X, Y are two independent geometric random variables of parameter p, and Z=X+Y, what's E[X|Z=z]? I have calculated the distribution of P(Z=z) and I have then found that the conditional probability P(X=x|Z=z) equals 1/(z-1). How can I now find the conditioned expected value?
  3. chwala

    Find the value of ##θ## and frictional force acting on the block.

    Refreshing on this...This is a relatively new area to me ...my solutions should be correct...what i am trying to engage on is if there are any other ways of looking at the same problem. Ok in my working i have, ##30 + 35 \cos β-45=0## ##\cos β=0.4286## ##β = 64.62^0, ⇒θ=25.4^0 ## to one...
  4. M

    How would we define a value for acceleration if only the direction is changing?

    How would we define a value for acceleration if only the direction is changing and not the speed?
  5. tracker890 Source h

    Why is the entropy value of this steady flow open system not equal to zero?

    Q： Why the entropy value of this steady flow open system is not equal to zero? My idea is as represented by the following equation. $$ \frac{dS_{sys}}{dt}=0,\,\,\,\,dt\ne 0 $$ $$ \therefore dS_{sys}=0\,\,\,\,\,\,\,\,\therefore ∆Ssys=∆Sair=0 $$ $$ \therefore...
  6. A

    Why is the work done double its expected value? (conveyer belt)

    The question was this: My calculations show that the answer should be equal to work done on crate to make it reach the same velocity which is equal to 216 J but the answer given is 432 J It is believed that extra energy is needed to overcome friction but friction is an internal force and...
  7. patric44

    Expectation value of an operator to the power of n

    hi all how do I prove that $$ <A^{n}>=<A>^{n} $$ It seems intuitive but how do I rigorously prove it, My attempt was like , the LHS can be written as: $$ \bra{\Psi}\hat{A}.\hat{A}.\hat{A}...\ket{\Psi}=\lambda^{n} \bra{\Psi}\ket{\Psi}=\lambda^{n}\delta_{ii}=\lambda^{n} $$ and the RHS equal: $$...
  8. M

    Why is continuity necessary before applying the Extreme Value Theorem?

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  9. M

    Finding the eigenspace for this value of lambda

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  10. M

    Trying to understand the property of absolute value inequality

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  11. G

    "Calculating Korifice Value in Cranes TP 410M, Problem 7-12

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  12. S

    Engineering The value of "k" for spring constant, is the book answer incorrect?

    There is some discussion currently and I was hoping to get some opinions here. The question is in regard to a Hook's law problem. The text gives the problem as seen below. The text says the answer is 50lb/in. Several people have tried from several different approaches. Factoring the "y" equation...
  13. M

    Finding the value of lambda so that two lines are parallel

    For this (ii), The solution is ##\lambda = \frac{4}{3}##, however when I tried solving the problem I did not get their answer. Dose somebody please guide me to their solution and tell me what I did wrong with my method below: ##\textbf {PR} = -3\hat i + 6\hat j - 2\hat k## ##\textbf {RS} =...
  14. chwala

    Find the value of the definite integral

    Looking at integration today...i will go slow as i also try finish other errands anyway; i am thinking along these lines; $$\int \sqrt{(ax^2+bx+c)} dx=\sqrt{a}\int \sqrt{\left[x+\frac{b}{2a}\right]^2+\left[\frac{4ac-b^2}{4a^2}\right]} dx$$ ... Therefore, $$\int_0^2 \sqrt{(8t^2+16t+16)}...
  15. M

    I Absolute value bars in dot product derivation

    Dose someone please know why they have the absolute value bars in this derivation? many thanks!
  16. E

    Probability of Negative Value in Sz 1/2 Spin System w/ Lambda 1 & 2

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  17. L

    Measured Surface Resistivity Much Higher than Theoretical Value (Why?)

    I recently conducted a physics lab to measure the surface resistivity of a conductive sheet of a paper with a carbon filler. The theoretical Rs is approx. 5,000 Ω/☐ for this paper and yet we have calculated two Rs values: Rs when Varying Length and holding Width = 10100 +/- 83.07 Ω/☐ Rs when...
  18. B

    I Limit as a function, not a value

    Is it possible for a limit of a range of functions to return a function? Example: f(z)= limit (as p approaches 0) (xp-1)/p.
  19. emilmammadzada

    How can I find the stopping power for a single energy value in FLUKA?

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  20. graviton_10

    Expected value of variance of Hamiltonian in coherent states

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  21. uxioq99

    The Energy Expectation Value for a Moving Hydrogen Atom

    ##\begin{align} \langle E \rangle &= \int_{\mathbb R^3} \int_{\mathbb R^3} \int_{\mathbb R^3} \int_{\mathbb R^3} g^\dagger (\tilde K) g(K) |\psi_0(x)|^2 \left(E_0 +\frac{\hbar^2 |K|^2}{2m}\right) e^{i(K-\tilde K)\cdot X -\frac{i}{\hbar} \left(\frac{\hbar^2 |K|^2}{2m}-\frac{\hbar^2...
  22. G

    Calculate limit value with several variables

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  23. S

    Solving an absolute value quadratic inequality

    Im a having trouble understanding how this exactly works. $$ |x^2 - 4| < |x^2+2| $$ So I know the usual thing to do when you have absolute values,here it is even simpler since the right part of the inequality is always positive so I just have these 2 cases. 1. ## x^2-4 >= 0 ## and 2. ## x^2-4...
  24. chwala

    Find the value of ##t## when ##P## returns to ##X##- Kinematics

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  25. H

    I How to find the value of a constant experimentally?

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  26. M

    Finding value of unknown charge

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  27. baumbad

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  28. W

    Finding the "Runner Up" (Second Highest Value)

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  29. haha0p1

    Using Kirchhoff's law, deduce the value and direction of the current

    3 A+ 2 A = 7 A+ I I = -2A How the current can be in negative direction? If the sign if negative, doesn't it mean that the current will move towards the point P? Also If I am taking the 2A to be positive then Kirchhoff's law isn't satisfied as 5A≠7A
  30. YehiaMedhat

    Finding Value of ##N_A## and P in a Frame

    The first thing I did is to get the value of ##N_A## by the equaiton of ##\sum{}^{} M_B=0 \rightarrow 650*0.4+450*0.45+400=N_A*0.6 \rightarrow N_A = 104.2N## This is the first. The magnitude of the reaction at B: ##\sum{}^{} F_y=0 \rightarrow B_y=450+650,\sum{}^{} F_x=0 \rightarrow...
  31. H

    I Lars Olsen proof of Darboux's Intermediate Value Theorem for Derivatives

    Here is Lars Olsen's proof. I'm having difficulty in understanding why ##y## will lie between ##f_a (a)## and ##f_a(b)##. Initially, we assumed that ##f'(a) \lt y \lt f'(b)##, but ##f_a(b)## doesn't equal to ##f'(b)##.
  32. K

    B Eddington Exp vs Newton: Comparing Starlight Deflection

    The Eddington Experiment famously confirmed GR by showing, as Einstein had predicted, a deflection of starlight by the Sun that was double the deflection expected by Newtonian gravity. I don't understand where Einstein's 2x number came from. I make the following assumptions: 1. That a ray of...
  33. N

    Average value of components of angular momentum for a wave packet

    I have typed up the main problem in latex (see photo below) It seems all such integrals evaluates to 0, but that is apparantly unreasonable for in classical mechanics such a free particle is with nonzero angular momentum with respect to y axis.
  34. E

    Proper Value Notation -- how to write VDC and VAC?

    When specifying DC vs AC voltage excitation, is it appropriate to type 50 VDC with DC as a subscript? OR should it be "V DC"? The same concept if it were AC.
  35. mcastillo356

    B Naturals or Reals When Taking Limits to Obtain the Value of Euler's Number e?

    Hi PF Searching on the Internet, I've found this definition: Definition: Euler's Number as a Limit (i) ##e=\displaystyle\lim_{x\to{0}}{(1+x)^{\displaystyle\frac{1}{x}}}## and (ii) ##e=\displaystyle\lim_{n\to{\infty}}{(1+\displaystyle\frac{1}{n})^n}## Questions: 1-Does it make sense...
  36. A

    I How azimutal quantum number got its range value

    it is known that azimutal quantum number takes the values from 0 to n-1. how did they find it ?
  37. Lotto

    What is the smallest value of angular displacement of the raft?

    What is meant by "the smallest value of angular displacement of the raft from its original position during one cycle"? I understand that I am supposed to solve this problem using torques of the crane and and of the boxes, but I am totally confused by that "smallest angular displacement". If it...
  38. H

    I Understanding an argument in Intermediate Value Theorem

    We have to prove: If ##f: [a,b] \to \mathcal{R}## is continuous, and there is a ##L## such that ##f(a) \lt L \lt f(b)## (or the other way round), then there exists some ##c \in [a,b]## such that ##f(c) = L##. Proof: Let ##S = \{ x: f(x) \lt L\}##. As ##S## is a set of real numbers and...
  39. I

    Quantum Mechanics problem: Determine the value of the constant

    I have no idea where to start with this problem. I am interested in any hints, or ways to proof this. But i would especially like to know how the commutator is connected to the identity.
  40. M

    C/C++ Using the object twice changes value

    Can't figure out the code below why the second output in main outputs 101 instead of 1. Something about calling ob1.reverse(s) before the pointer points to reverse(s), but I'm confused. Any help is much appreciated. #include <iostream> class Solution { private: int r = 0; int new_num =...
  41. VVS2000

    I Other ways of finding expectation value of momentum

    Apart from the usual integral method, are there any other ways to find expectation value of momentum? I know one way is by using ehrenfest theorem, relating it time derivative of expectation value of position operator. Even using the uncertainty principle, we might get it if we know the...
  42. A

    Subtracting a value from a vector

    d
  43. VVS2000

    Expectation value in momentum space

    so from Fourier transform we know that Ψ(r)=1/2πℏ∫φ(p)exp(ipr/ℏ)dp I proved that <p>= ∫φ(p)*pφ(p)dp from <p>=∫Ψ(r)*pΨ(r)dr so will the same hold any operator??
  44. Euge

    POTW Expected Value of a Maximum

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  45. Ahmed1029

    I Spin expectation value for one particle vs actual measurement

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  46. S

    Determine whether limit is indeterminate or has a fixed value

    Indeterminate forms are: ##\frac{0}{0}, \frac{\infty}{\infty} , \infty - \infty, 0 . \infty , 1^{\infty}, 0^{0}, \infty^{0}## My answer: 4, 9, 15, 17, 20 are inderterminate forms 1. always has a fixed finite value, which is zero 2. ##0^{-\infty}=\frac{1}{0^{\infty}}=\frac{1}{0}=\infty## so it...
  47. R

    How to find out the sin value from cos

    First off sorry if something doesn't make sense, english is not my native language. I know i should start with sin2 α + cos2 = 1, but ant really continue from it. i am being confused by cos α = √5/3 since i know it isn't found in normal trig tables. So my problem is how to find out values of...
  48. user366312

    A What is a "transient" value in the Ising model?

    What is a "transient" value, result, or state in the Ising model? How do we treat these values during the simulation? Do we discard these values? If so, why?
  49. Feynstein100

    I Is there a way to calculate expected value from probabilistic data?

    So I ran a python simulation of 1,000 games of toss (50/50 odds) where each game consists of 100,000 consecutive flips. The result was this: 1000 is our starting balance and as expected, there's a nice normal distribution around it. I also calculated the average value after all the games and it...
  50. shivajikobardan

    Comp Sci Diffie Hellman Key Exchange Algorithm? (x,y value)

    I'm not asking it from "will it be secure" point of view, rather I'm asking textbook kind technically correct or not. This is the algorithm (in the 3rd step of right figure, it should be generate y, typo) I took p=23,g=5. And picked x=4,y=5 I got the secret key as 12 and both got 12, so it...
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