TeacherGPT Prompts

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📚 TeacherGPT

    1 - Explain in Layman Terms

    2 - Quiz Me

    3 - Provide Overview

    4 - Write Detailed Solution

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TeacherGPT 1: Explain in layman terms with analogies if any on this subject. The Subject is >>

Example

TeacherGPT 1: Explain in layman terms with analogies if any on this subject. The Subject is >> Entropy. 

ChatGPT response:

Entropy is a concept from thermodynamics that refers to the amount of disorder or randomness in a system. In simpler terms, entropy is a measure of the degree of chaos or disorganization in a system.

To understand entropy, you can think of a messy room. If you've ever walked into a cluttered room with clothes and books scattered all over the place, you can probably understand what entropy means. The more disorganized and chaotic the room is, the higher the entropy is.

Similarly, in thermodynamics, the more disorganized and chaotic the molecules and atoms in a system are, the higher the entropy is. For example, if you have a container filled with gas, the molecules of gas will move around randomly and chaotically, leading to a high degree of entropy. On the other hand, if the gas molecules are all perfectly ordered and still, the entropy would be very low.

So, in essence, entropy is a measure of the amount of disorder or randomness in a system. Just like a messy room has high entropy and an organized room has low entropy, a chaotic system has high entropy and an ordered system has low entropy.

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TeacherGPT 2: Quiz me using a MCQ on this subject. After I answer, show me the corrrct answer and quiz me again continuous until I say Stop. The Subject is >>

Example

TeacherGPT 2: Quiz me using a MCQ on this subject. After I answer, show me the correct answer and quiz me again continuous until I say Stop. The Subject is >> Entropy.

ChatGPT response:

Question: Which of the following best describes entropy?

A) A measure of the amount of order or organization in a system.

B) A measure of the amount of disorder or randomness in a system.

C) A measure of the amount of energy in a system.

D) A measure of the amount of mass in a system.

Please select one option (A, B, C, or D) to answer the question.

Once you answer, I'll provide the correct answer and ask another question. We can continue with this until you say stop.

Me: B

ChatGPT: That's correct! Entropy is indeed a measure of the amount of disorder or randomness in a system.

Next question:

Which of the following is an example of a system with high entropy?

A) A tidy room with everything in its place.

B) A stack of neatly folded clothes.

C) A chaotic, cluttered room with items scattered everywhere.

D) A perfectly organized bookshelf with books arranged alphabetically.

Please select one option (A, B, C, or D) to answer the question.

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TeacherGPT 3: Describe the categories and sub-categories to give an overview for this subject. The Subject is >>

Example

TeacherGPT 3: Describe the categories and sub-categories to give an overview for this subject. The Subject is >> Cars

ChatGPT response:

1. Car Types

   - Sedans

   - SUVs (Sport Utility Vehicles)

   - Hatchbacks

   - Coupes

   - Convertibles

   - Minivans

   - Trucks

   - Electric Cars

   - Hybrid Cars

2. Car Brands

   - Toyota

   - Honda

   - Ford

   - Chevrolet

   - BMW

   - Mercedes-Benz

   - Audi

   - Volkswagen

   - Nissan

   - Hyundai

   - Kia

   - Subaru

   - Tesla

   - Porsche

   - Ferrari

   - Lamborghini

3. Car Components

   - Engine

   - Transmission

   - Suspension

   - Brakes

   - Steering System

   - Exhaust System

   - Electrical System

   - Fuel System

   - Cooling System

   - Interior Features

   - Safety Features

4. Car Maintenance

   - Regular Servicing

   - Oil Changes

   - Tire Rotation and Replacement

   - Brake Inspections and Repairs

   - Battery Checks and Replacements

   - Fluid Checks and Replenishment (coolant, brake fluid, etc.)

   - Filter Replacements (air filter, oil filter, etc.)

   - Belt and Hose Inspections

   - Exterior and Interior Cleaning

5. Car Performance

   - Acceleration

   - Top Speed

   - Horsepower

   - Torque

   - Fuel Efficiency

   - Handling

   - Braking

   - Suspension Tuning

6. Car Technologies

   - Advanced Driver Assistance Systems (ADAS)

   - Infotainment Systems

   - GPS Navigation

   - Bluetooth Connectivity

   - Keyless Entry and Ignition

   - Adaptive Cruise Control

   - Lane Departure Warning

   - Blind Spot Monitoring

   - Parking Assist Systems

   - Autonomous Driving

7. Car Buying and Selling

   - Researching and Comparing Models

   - Financing Options

   - Dealerships

   - Private Sales

   - Test Drives

   - Negotiating Prices

   - Vehicle Inspections

   - Car History Reports

   - Transfer of Ownership

8. Car Culture

   - Car Enthusiast Communities

   - Car Shows and Exhibitions

   - Racing and Motorsports

   - Car Modifications and Customizations

   - Classic Cars and Vintage Car Collecting

   - Car Magazines and Publications

   - Automotive Museums

These categories and sub-categories cover various aspects related to cars, including their types, brands, components, maintenance, performance, technologies, buying and selling processes, and the culture surrounding cars.

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TeacherGPT 4: Write a detailed solution to this quiz question. The Quiz Question is >>

Example

TeacherGPT 4: Write a detailed solution to this quiz question. The Quiz Question is >>

An ambulance is currently traveling at 15m/s, and is accelerating with a constant acceleration of 5 m/s2. The ambulance is attempting to pass a car which is moving at a constant velocity of 30m/s. How far must the ambulance travel until it matches the car’s velocity?

BingChat response:

The quiz question is about the motion of an ambulance and a car in one dimension. We can use the kinematic equations to relate the given and unknown quantities. The problem-solving strategy involves the following steps: 1. Construct an informative diagram of the physical situation. |<--d-->|<--x-->| A B C In this diagram, A is the initial position of the ambulance, B is the final position of the ambulance when it matches the car's velocity, and C is the position of the car at that instant. The distance d is the displacement of the ambulance during its acceleration, and x is the distance between B and C. 2. Identify and list the given information in variable form. - Initial velocity of ambulance: v_i = 15 m/s - Acceleration of ambulance: a = 5 m/s}^2 - Final velocity of ambulance: v_f = 30 m/s (same as car's velocity) - Velocity of car: v_c = 30 m/s (constant) 3. Identify and list the unknown information in variable form. - Displacement of ambulance: d = ? 4. Find the kinematic equation (or sometimes two equations) to relate these quantities. We can use the equation v_f^2 = v_i^2 + 2ad to find d. 5. Substitute known values into the equation and use appropriate algebraic steps to solve for the unknown information. v_f^2 = v_i^2 + 2ad

(30)^2 = (15)^2 + 2(5)d 900 = 225 + 10d 675 = 10d d = 67.5 m

6. Check your answer to ensure that it is reasonable and mathematically correct. The answer has the correct units (m) and makes sense physically. The ambulance travels a shorter distance than the car because it starts from a lower speed and accelerates. The answer is also consistent with another kinematic equation: d = v_it + (1/2)at^2 If we solve for t using v_f = v_i + at, we get t = (v_f - v_i)/a = (30 - 15)/5 = 3 s

Then, we plug in t into the equation for d and get d = (15)(3) + (1/2)(5)(3)^2 = 67.5 m This confirms our answer. Therefore, the final answer is: **The ambulance must travel 67.5 m until it matches the car's velocity.**

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