Cheat dhet

Chapter 2: The Qualitative-Value Problem

1. Commodity – The Starting Point

A commodity = anything made to sell, not for personal use.

Marx studies exchange as a social process, not just a trade of things.

2. Two Sides of a Commodity

UeValue → usefulness (satisfies wants).

Exchange Value → how much it trades for.

Marx focuses on exchange value because it shows social relations in capitalism.

3. Value Comes from Labor

The value of a commodity comes from labor used to produce it.

Labor has two

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COMP5348

This cheat sheet summarizes the key performance concepts, metrics, principles, and fundamental calculation formulas covered in the sources, particularly those demonstrated in the example solutions for Tutorial Week 5.

I. Core Performance Metrics & Definitions

Metric/Concept Definition and Goal Key Principles Source Citation
Throughput The amount of work done in a given time, typically measured as jobs completed per second. Goal is High. It is a natural measure of the system’s contribution
...

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design

---

### **The Iterative Design Process**

The iterative design process is one of the most traditional processes for the design of any engineering component or system.
It is used widely throughout many industries.
The process is **not very efficient!**
With the advent of more streamlined digital workflows we aim to cut out excess iterations from our process.
The majority of your projects will likely follow this process.

**Stages of the Iterative Design Process**

```
Initial Ideation  →  Planning  →...

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Midterm 2

CH 3 – Processes

Definition: Process = program in execution (active); program = passive file.
Process layout: Text (code) | Data (globals) | Heap (dynamic alloc.) | Stack (function frames).
States: new → ready → running → waiting → terminated.
PCB (Process Control Block): state, PC, registers, priority, memory info, I/O status, accounting.
Schedulers: Long-term (job) → admit to memory (degree of multiprogramming); Short-term (CPU) → choose next ready process; Medium-term → swap in/out...

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prope

1. (F) El biotipo se refiere únicamente a la forma externa del cuerpo y no incluye características genéticas.

2. (V) Los ectomorfos suelen tener extremidades largas, músculos poco desarrollados y tienden a ser delgados.

3. (F) La marcha hemiparética también se conoce como “marcha del segador”.

4. (V) La marcha atáxica se relaciona con alteraciones cerebelosas y puede provocar que el paciente se desvíe hacia el lado de la lesión.

5. (V) La marcha de Trendelenburg se produce por debilidad

...

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C++eng.

Trees?

Tree is a non-linear data structure that represents data in a hierarchical form.It consists of nodes connected by edges.

Key Terms:

Root Node: The topmost node (has no parent).

Parent Node: A node that has child nodes.

Child Node: Nodes that have a parent.

Leaf Node: Nodes with no children.

Edge: The connection between two nodes.

Level: Distance from the root (root = level 0).

Height: The length of the longest path from the root to a leaf.

Tree code(example)

#include <iostream>

using

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financial

Unit 1. Q1. In spite of suitable legislative measures, the Indian financial services remain weak. Comment.

Introduction

The financial services sector is the backbone of any economy as it facilitates savings, investments, and capital formation. In India, this sector has witnessed several reforms and legislative measures such as the establishment of SEBI, RBI regulations, and liberalization policies to strengthen the financial system. However, despite these initiatives, the Indian financial services

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daa_cheat

Lcs- 

#include <iostream> 

#include <string> 

#include <vector> 

using namespace std; 



int main() { 

    string X, Y; 

    cout << "Enter first string: "; 

    cin >> X; 

    cout << "Enter second string: "; 

    cin >> Y; 



    int m = X.size(), n = Y.size(); 

    vector<vector<int>> dp(m+1, vector<int>(n+1, 0)); 



    for (int i = 1; i <= m; i++) { 

        for (int j = 1; j <= n; j++) { 

   
...

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Hfufkf

Reliability design ensures that a system or component performs its intended function without failure for a specific period under stated conditions. It is a crucial part of engineering design used in manufacturing, electronics, software, and mechanical systems. The goal is to minimize the probability of system failure by improving component quality, redundancy, and fault tolerance. Reliability can be expressed as R(t)=e^-λt, where λ is the failure rate. Designers use techniques like failure mode

...

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