import 'package:flutter/material.dart';
void main() {runApp(MyApp());}
class MyApp extends StatelessWidget {
  @override
  Widget build(BuildContext context) {
    return MaterialApp( home: EmployeeEntryScreen());} }
class Employee { String name, id, designation; double basicSalary;
  Employee(this.name, this.id, this.designation, this.basicSalary);}
List<Employee> employeeList = [];
/* -------- SCREEN 1 -------- */
class EmployeeEntryScreen extends StatefulWidget {
  @override
  State<EmployeeEntryScreen&

SEXUAL REPRODUCTION 

1. What is Double Fertilization?

Answer: Double fertilization is a characteristic feature of angiosperms. In this process, two male gametes are involved in fertilization. One male gamete fuses with the egg cell to form a diploid zygote (syngamy). The other male gamete fuses with two polar nuclei to form a triploid primary endosperm nucleus (triple fusion). Thus, two fusions occur in the same embryo sac, so it is called double fertilization.

2. What is Triple Fusion?

Answer:

Q: What is the difference between if, elif, and else?
if checks a condition. elif checks another condition if the previous one is false. else runs if none of the conditions are true.

Q: When do we use a for loop instead of while?
We use for when we know the number of iterations. while is used when the condition controls the loop.

Q: What is an infinite loop?
A loop that never stops because its condition is always true.

Q: What is a function?
A reusable block of code that performs a specific task.

Q:

3️⃣ Core Assumptions of Classical Model

You must memorize these for exams:

• Laissez-faire policy (no government intervention)
• Supply creates its own demand (Say’s Law)
• Full employment
• Money is neutral
• Flexible wages, prices, interest rates
• Long-run focus

The Classical Model of income and employment determination was developed by Adam Smith and other classical economists. It assumes laissez-faire policy, full employment, flexible wages and prices, and neutrality of money.

Q1. Explain Time Series Forecasting Methods and Compare Naïve, Moving Average, Weighted Moving Average and Exponential Smoothing.
Time Series Components: Trend T, Seasonality S, Cyclical C, Random R
Naïve Method: Fₜ₊₁ = Aₜ
Assumes next demand equals last demand
Used as benchmark
Simple Moving Average (n): Fₜ₊₁ = (Aₜ + Aₜ₋₁ + … + Aₜ₋ₙ₊₁) / n
Smooths random variation
Higher n increases lag
Weighted Moving Average: Fₜ₊₁ = w₁Aₜ + w₂Aₜ₋₁ + … + wₙAₜ₋ₙ₊₁
Σw

2. CORE FORMULAS

Control Limits:
UCL = μ + 3σ
LCL = μ − 3σ

1–10–100 Rule → Early detection saves exponential cost.

Cost of Quality = POC + PONC
POC = Prevention + Appraisal
PONC = Internal failure + External failure

3. TQM PRINCIPLES (WRITE IN 3–4 LINES EACH)

1. Customer Focus
TQM places customer satisfaction at the center of all activities. Organizations must understand VOC and align processes to meet CTQ requirements.

2. Process Management
Quality problems arise from faulty processes,