OpenLLM-France/wikimedia huggingface dataset:
# Pokémon/Pokédex/Electrike
## Basic Statistics

* National Index: 309
* Johto Index: 309
* Hoenn Index: 78
* Stage: Basic
* Height: 0.6m/2'0"
* Weight: 15.2kg/34.0lb
* Gender Distribution: 50% Male
* Ability: Static/Lightningrod
* Type: Electric
* Species: Lightning
* Egg Group: Ground
* Hatch Steps: 5120
* Catch Rate: 120
* Base Experience: 104
* Max Experience: 1250000
| | HP | Attack | Defense | Speed | Special Attack | Special Defense |
| Base Stats (RB/Y) | - | - | - | - | - | - |
| Base Stats (GS/C) | - | - | - | - | - | - |
| Base Stats (RS/FL/E) | 40 | 45 | 40 | 65 | 65 | 40 |
| Base Stats (DP/PT/HGSS) | – | – | – | – | – | – |
| Base Stats (BW/B2W2) | – | – | – | – | – | – |
| Base Stats (XY/ORAS) | – | – | – | – | – | – |
| Base Stats (SM/USUM) | – | – | – | – | – | – |
| Base Stats (Sword/Shield/BDSP) | – | – | – | – | – | – |
| Max Stats (RB/Y) | - | - | - | - | - | - |
| Max Stats (GS/C) | - | - | - | - | - | - |
| Max Stats (RS/FL/E) | 284 | 207 | 196 | 251 | 251 | 196 |
| Max Stats (DP/PT/HGSS) | – | – | – | – | – | – |
| Max Stats (B/W/B2W2) | – | – | – | – | – | – |
| Max Stats (X/Y/ORAS) | – | – | – | – | – | – |
| Max Stats (SM/USUM) | – | – | – | – | – | – |
| Max Stats (Sword/Shield/BDSP) | – | – | – | – | – | – |
| Effort Points (Sword/Shield/BDSP) | – | – | – | – | – | – |

## Type Matching

Move types which are good on Electrike: Ground Move types which are bad on Electrike: Electric, Flying, Steel
All other move types are normal effectiveness on Electrike.

## How to Evolve

Electrike evolves at level 26.

## Moveset

| Level | Ruby / Sapphire Emerald XD / Colosseum | Fire Red / Leaf Green |
| Start | Tackle | Tackle |
| 4 | Thunder Wave | Thunder Wave |
| 9 | Leer | Leer |
| 12 | Howl | Howl |
| 17 | Quick Attack | Quick Attack |
| 20 | Spark | Spark |
| 25 | Odor Sleuth | Odor Sleuth |
| 28 | Roar | Roar |
| 33 | Bite | Bite |
| 36 | Thunder | Thunder |
| 41 | Charge | Charge |

### TM/HM

* RS/FL: Attract, Double Team, Facade, Flash, Frustration, Hidden Power, Iron Tail, Protect, Rain Dance, Rest, Return, Roar, Secret Power, Shock Wave, Strength, Thief, Thunder, Thunderbolt, Toxic

### Breeding

* RS/FL: Crunch, Curse, Headbutt, Swift, Uproar

## Trading Cards

* EX Ruby & Sapphire #30 - Electrike
* EX Ruby & Sapphire #52 - Electrike
* EX Ruby & Sapphire #53 - Electrike
* EX Team Magma vs Team Aqua #27 - Team Aqua's Electrike
* EX Team Magma vs Team Aqua #52 - Team Aqua's Electrike
* EX Team Magma vs Team Aqua #53 - Team Aqua's Electrike
* EX Deoxys #59 - Electrike
* EX Deoxys #60 - Electrike
| Basic: Electrike | Stage 1: Manectric | (No Stage 2) |
# Pokémon/Pokédex/Elekid
## Basic Statistics

* National Index: 239
* Johto Index: 154
* Hoenn Index: 374
* Stage: Baby
* Height: 0.6m/2'0"
* Weight: 23.5kg/52.0lb
* Gender Distribution: 75% Male
* Ability: Static
* Type: Electric
* Species: Electric
* Egg Group: Unbreedable
* Hatch Steps: 6400
* Catch Rate: 45
* Base Experience: 106
* Max Experience: 1000000
| | HP | Attack | Defense | Speed | Special Attack | Special Defense |
| Base Stats (RB/Y) | - | - | - | - | - | - |
| Base Stats (GS/C) | 45 | 63 | 37 | 95 | 65 | 55 |
| Base Stats (RS/FL/E) | 45 | 63 | 37 | 95 | 65 | 55 |
| Base Stats (DP/PT/HGSS) | – | – | – | – | – | – |
| Base Stats (BW/B2W2) | – | – | – | – | – | – |
| Base Stats (XY/ORAS) | – | – | – | – | – | – |
| Base Stats (SM/USUM) | – | – | – | – | – | – |
| Base Stats (Sword/Shield/BDSP) | – | – | – | – | – | – |
| Max Stats (RB/Y) | - | - | - | - | - | - |
| Max Stats (GS/C) | 293 | 224 | 172 | 288 | 228 | 208 |
| Max Stats (RS/FL/E) | 294 | 247 | 190 | 317 | 251 | 229 |
| Max Stats (DP/PT/HGSS) | – | – | – | – | – | – |
| Max Stats (B/W/B2W2) | – | – | – | – | – | – |
| Max Stats (X/Y/ORAS) | – | – | – | – | – | – |
| Max Stats (SM/USUM) | – | – | – | – | – | – |
| Max Stats (Sword/Shield/BDSP) | – | – | – | – | – | – |
| Effort Points (Sword/Shield/BDSP) | – | – | – | – | – | – |

## Type Matching

Move types which are good on Elekid: Ground Move types which are bad on Elekid: Electric, Flying, Steel
All other move types are normal effectiveness on Elekid.

## How to Evolve

Elekid evolves at level 30.

## Moveset

| Level | Gold / Silver | Crystal | Ruby / Sapphire | Fire Red / Leaf Green |
| Start | Quick Attack Leer | Quick Attack Leer | Quick Attack Leer | Quick Attack Leer |
| 9 | Thunderpunch | Thunderpunch | Thunderpunch | Thunderpunch |
| 17 | Light Screen | Light Screen | Light Screen | Light Screen |
| 25 | Swift | Swift | Swift | Swift |
| 33 | Screech | Screech | Screech | Screech |
| 41 | Thunderbolt | Thunderbolt | Thunderbolt | Thunderbolt |
| 49 | Thunder | Thunder | Thunder | Thunder |

### TM/HM

* GS/C/RS/FL: Attract, Double Team, Flash, Frustration, Hidden Power, Protect, Psychic, Rain Dance, Rest, Return, Thief, Thunder, Toxic
* C/RS/FL: Thunderbolt
* GS/C: Curse, Detect, Dynamicpunch, Endure, Fire Punch, Headbutt, Ice Punch, Mud-Slap, Sleep Talk, Snore, Swagger, Swift, Thunderpunch, Zap Cannon
* RS/FL: Brick Break, Facade, Focus Punch, Light Screen, Rock Smash, Secret Power, Shock Wave

### Breeding

* GS/C/RS/FL: Barrier, Karate Chop, Meditate, Rolling Kick
* C/RS/FL: Cross Chop
* RS/FL: Fire Punch, Ice Punch

### Other sources

* Pokémon Stadium 2: Dizzy Punch

## Trading Cards

* Neo Genesis #22 - Elekid
* Aquapolis #9 - Elekid
* EX Sandstorm #36 - Elekid
| Baby: Elekid | Basic: Electabuzz | Stage 1: Electivire |
# Physical system

Physical Systems
One of the best ways to experience Logic is to build stuff. Fortunately there are plenty of options for getting hands on with logic. A great example is the Crumble Controller.
What is Crumble? A simple to program, cheap, tough, computing device. You can create code and test it on physical systems very quickly, debug and tinker to extend the program.
How do i use it?
* Get a kit
* Install the software
* connect the wires
* Write your first program
* Run it
* Repeat
Activities
My First program First unpack the kit. Make sure you have the following parts
< insert Picture of the kit> < Name the parts>
The OR activity Using the A & B inputs write a program to light the motor LED when A OR B is hi.
* Connect your USB cable to the crumble
* Start the crumble software
* write your code as its shown below
The AND activity Using the A & B inputs write a program to light the motor LED only when A AND B is hi.
Solutions
References Use the excellent getting started guide to run through a few examples and get used to how it works
do it with me do it by yourself extension (real-life context)
# Physics Course
## Introduction to Physics

* Matter
* Particles

## Newtonian Physics

* Force
* Motion
* Waves
* Types of Waves

## Phenomenon Physics

* Heat
* Sound
* Light
* Magnet
* Electricity
* Electromagnetism

## Quantum Physics

* Radiation
* Photo Electric Effect
* Relativity

## Others

* Thermodynamics

## References

* Physics Constants
# Physics Course/AM Modulation
## Amplitude Modulation - AM

In AM Modulation sound wave is enveloped and mixed with high frequency carrier wave such that the amplitude of the carrier wave varies with sound wave's amplitude . In general , AM wave is easy to be interfere with other sound waves in the medium travel through therefore the quality of sound is not very goog . AM sound wave cannot travel very far . AM wave is usually use to transmit sound in local area

## AM Spectrums

    KHz
# Physics Course/Electromagnetism
## ElectroMagnet

ElectroMagnet are found in current carrying conductor . When the conductor conducts current the conductor generates a Magnetic Field that can attract any metals like Ferrite, Zink, ... just like a Lodestone's Magnet
* Straight Wire Conductor
* Coil of several Turns
* Dipoles
* Permanent ElectroMagnet

## ElectroMagnetic Induction

In current carrying conductor when conducts current generates Magnetic field B which in turn induce one voltage that has the same polarities with the current polarities and an induce voltage that has the opposite polarities to the current polarities

## ElectroMagnetic Force

In current carrying conductor when conducts current generates Magnetic field B which in turn produce a Magnetic Force F perpendicular to the direction of current flow
# Physics Course/Electromagnetism/Coil of several Turns
## ElectroMagnet/Coil of several Turns

When a coil of several turns is connected with Electric source, Magnetic Field exist and has the same form as Magnetic Field of Natural Magnet. Current conducting Coil of several turns generates Electromagnetic Field of expanding Elliptical lines.

## ElectroMagnet's Characteristics
### Magnetic Poles

The polarities of the electric source form a Magnetic Poles . The Positive Terminal correspond to North Pole and Negative Terminal correspond to South Pole .

### Magnetic Field

Magnetic Field is made up from Expanding Magnetic Field Lines running from North Pole to South Pole . The Magnetic Field Strength is directly proportional to Current in the coil and the inductance of the coil and can be calculated by mathematical formula
    B = L I
Where
    I is Current measured in Ampere
    L is Inductance measured in Henri

### Magnetic Field Force

The Magnetic Field Force is directly proportional to Magnetic Filed Strength and the length of the Magnetic Field Line and can be calculated by mathematical formula
    F = B l

### Magnetic Voltage Induction

Magnetic Voltage Induction on a Coil
    $B=LI$
    ${\frac {dB}{dt}}=L{\frac {dI}{dt}}+I{\frac {dL}{dt}}=L{\frac {dI}{dt}}+0$
    ${\frac {dB}{dt}}=L{\frac {dI}{dt}}$
Change of Magnetic Field strength is proportional to Inductance of the coil and change in Current flow through the coil
Magnetic Voltage Induction on a Coil's Turn
    $\phi =NB$
    ${\frac {d\phi }{dt}}=N{\frac {dB}{dt}}+B{\frac {dN}{dt}}=N{\frac {d\phi }{dt}}+0$
    ${\frac {d\phi }{dt}}=N{\frac {d\phi }{dt}}$
Change of Magnetic Flux strength is proportional to Inductance of the turns and change in Magnetic Flux through the coil
# Physical Chemistry/Valence Bond Theory
## Introduction

The Valence Bond Theory was proposed by Heitler and London (1927) and further explained by Pauling et. al..
According to this theory, atoms with unpaired electrons tend to combine with other atoms which also have unpaired electrons. In this way, the unpaired electrons are paired up and the atoms involved attain a stable electronic arrangement. The spins on two electrons however, must be opposite (antiparallel) because of the Pauli Exclusion Principle.
The basic idea of the theory is that a bond between two atoms is formed when two electrons with their spins paired are shared by two overlapping atomic orbitals, one orbital from each of the atoms joined by the bond. This electron pair becomes concentrated in the region of overlap and help the nucleus bind together. The amount of decrease in potential energy when the bond is formed is determined in part by the extent to which the orbitals overlap.

## Orbital Overlap Concept

According to the above theory, a covalent bond is formed between two atoms in a molecule, when a half-filled valence atomic orbitals (AOs) of the two atoms containing unpaired electron overlap with one another and the electrons pair up in the overlapping region. Due to this overlapping process, electrons are localized between the atoms in the bond region. When the attractive forces (electron-nucleus of two different atoms) are stronger than the repulsive forces (electron-electron or nucleus-nucleus), energy is released, lowering the energy of the bonded atoms and increasing the molecule's stability.

### Types of Overlapping and Nature of Covalent Bonds

The following bonds are observed based on type of overlap. Covalent bonds are classified into two main types: sigma ($\sigma$) bonds and pi ($\pi$) bonds.
# Physics Course/Black Body Radiation
## Black Body Radiation

It has been observed that any conductor when conducts current exhibit the following phenomenons
* Change in Temperture
* Radiate Light of Radiant Heat Energy
This is known as Black Body Radiation

## Experiment

Connect voltage source with a conductor in a closed loop. Measured the value of current at different frequency. The graph of I - f shows that

## Observations

Radiant Heat energy is a wave travels at speed v = λ f at all frequencies f less than fo carries an energy level E = m v$^2$. At fo, Radiant Heat energy reaches its peak value and travels with speed equals to speed of light in the vaccum v = C = 3 x 10$^8$ carries an energy level E = h fo. At any frequencies greater than fo, Radiant Heat energy remain the same for all frequency f > fo carries an energy level E = h nfo
    FrequencySpeedWavelengthEnergy f < fov = λ fλ = ${\frac {v}{f}}$E = m v$^2$ f = fov = C = λ foλ = ${\frac {C}{fo}}$E = h fo f > fov = C = λ nfoλ = ${\frac {C}{nfo}}$E = h nfo

## Summary

    FrequencySpeedWavelengthEnergy f < fov = λ fλ = ${\frac {v}{f}}$E = m v$^2$ f = fov = C = λ foλ = ${\frac {C}{fo}}$E = h fo f > fov = C = λ nfoλ = ${\frac {C}{nfo}}$E = h nfo
* Every conductor has a maximum absorb energy at Threshold frequency , fo
* Light Wave of Radiant Heat Energy radiates from any current conducting material has a Particle Wave Duality Characteristic . Sometimes it behaves like Particle, sometimes it behaves like Wave.
* Energy is quantized for f > fo and can only have an integer multiply by frequency E = h f
* Short Wavelength calculated $\lambda ={\frac {C}{f}}$
# Physics Course/Electric Discharge
## Electric Discharge

When two high current carrying conductors in the close proximity produce Sparks between the two conductors. This effect is called Electric Discharge of current carrying conductors. This effect is the same as light produce by a thunder storm.
# Physics Course/Electromagnetic Radiation
## Electromagnetic Radiation

Electromagnetic Radiation is observed in Dipoles consists of two straight wire of different polarities carrying current . Electromagnetic Radiation is spread out as an ElectroMagnetic Wave that compose of an ElectroMagnet Wave perpendicular to an Electric Wave

## Characteristics of Electromagnetic Radiation

Electromagnetic Radiation travels at a speed equal to speed of light in a vaccum C = 3 x 10$^{18}$ and has a Quanta Energy Level.
    v = C = λ f
    $\lambda ={\frac {C}{f}}$
    $f={\frac {C}{\lambda }}$
    E = h f = h nfo = $h{\frac {C}{\lambda }}$

## Electromagnetic Radiation Spectrum

Electromagnetic Radiation Spectrum used in communication include frequencies of
* Radio Waves , wave of frequency in the range of 2KHz - 20 KHz
* Microwave , wave of frequency > 3MHz
* Visible Light , wave of frequency > 3 THz
* Ultra Violet Waves , wave of frequency > 3GHz
* X Rays ,
* Gamma Rays ,

### Wavelength and Frequency of Electromagnetic Radiation

* Visible Light has a frequency spectrum
# Introduction: Why private bodies of water are awesome and how this book can help you create and enjoy your own.

Have you ever dreamed of having your own pond, lake, stream, fountain or pool on your property? Imagine waking up to the sound of water flowing, birds singing and fish splashing. Imagine relaxing by the water's edge, reading a book, sipping a drink or taking a nap. Imagine having fun with your family and friends, swimming, boating, fishing or playing games. Imagine creating a habitat for wildlife, plants and flowers, and watching them grow and thrive.
Sounds amazing, right? Well, guess what? You can make it happen! And this book is here to help you do it.
Private bodies of water are awesome for many reasons. They can enhance the beauty and value of your property, provide you with recreation and relaxation, support biodiversity and ecology, and even improve your health and well-being. They can also reflect your personality and style, and express your creativity and vision.
But creating and enjoying your own water body is not as easy as it sounds. It requires planning, designing, building, managing and maintaining. It also involves understanding the science, biology and engineering behind water bodies. And it depends on the type, size, shape and location of your water body, as well as your needs, preferences and budget.
That's where this book comes in handy. This book is a manual for the design, management and enjoyment of privately owned bodies of water. It covers everything you need to know about private water bodies, from the basics to the advanced. It guides you through the different types of water bodies you can have on your property, how to choose the best one for you, how to design and build it, how to manage and maintain it, what plants and animals you can have in it, what activities you can do on it, and how to adapt it to different regions and climates.
This book is also interactive and collaborative. It invites you to share your own experiences, ideas and suggestions with other readers who are interested in private water bodies. It also asks for your feedback and input on how to improve and expand the book. Together, we can make this book the ultimate resource for private water body enthusiasts.
So what are you waiting for? Grab this book and get ready to dive into the wonderful world of private water bodies. You'll be glad you did.
# Private Bodies of Water
## Table of Contents

* Introduction: Why private bodies of water are awesome and how this book can help you create and enjoy your own.
* Types of private bodies of water: The different kinds of water features you can have on your property, such as ponds, lakes, streams, wetlands, fountains and pools. How to choose the best type for your needs and preferences.
* Designing your water body: The steps and factors involved in planning and building your water body, such as location, size, shape, depth, drainage, lining, circulation and landscaping.
* Managing your water body: The best practices and tips for maintaining the health and beauty of your water body, such as water quality, aeration, filtration, algae control, weed control and pest control.
* Taxa of your water body: The various plants and animals that can live in or around your water body, such as aquatic plants, fish, amphibians, reptiles, birds and mammals. How to attract, identify and care for them.
* Activities on your water body: The fun and relaxing things you can do on or near your water body, such as swimming, boating, fishing, birdwatching, photography and meditation.
* Locations of private bodies of water: The examples and inspiration of private bodies of water from different regions and climates around the world. How to adapt your water body to your local environment and conditions.
# Private Bodies of Water/Activities

There are a variety of activities that privately owned bodies of water may be used for.

## Productive

* Fishing
* Amenity for cattle.
* Water retention.
* Fire management.

## Recreational

* Swimming
* Boating
* Property Beautification
# Private Bodies of Water/Locations

There are a variety of locations that privately owned bodies of water may be found.

## Industrial

Small basins are often used to have a reservoir as part of a fire management strategy.

## Commercial

Some commercial properties use small bodies of water for beautification, making their properties stand out.

## Agricultural

Small ponds are sometimes used in meadows as an amenity for livestock.

## Recreational

Large properties may have ponds or small lakes for recreational and hobby purposes.
# Printing/Conserving Toner

Did you know it only takes a few easy step to save toner resources?
Here are a few ideas to get you started.

## Banner Pages

If you reduced the practice of printing banner pages you could potentially reduce company consumable cost by 20%. I found and interesting statistic from Gartner research that says A 1,000-person organization could cut up to 1.6 million pages and save $33,500 per year by eliminating banner page printing. (McNee p.1) To make up for the short fall of not having banner pages, I would recommend implementing user authentication at all devices. This user authentication could be biometric based. This practice will also conserve resources by helping eliminate printed job not being picked up.

## Color Printing

Color printing costs are 4 times as high as a standard black and white printing. The reason is that the color printer is more costly is that the printer uses four cartridges to make a document. Color impressions can run as high as $.25 per page for some jobs. (Weilerstein pg.2) A full color 10-page document can cost as much as $2.50. Most office staff may not have a legitimate need for color printing. This is not to say that no department needs to print in color. Certain documents like graphs and diagrams need color to differentiate between numbers and columns. Color printers are a necessarily evil at most organizations, however we could drastically reduce cost if we evaluate where these printers are placed. For instance the advertising department probably needs full color, but the accounting department may not. We should also create a document and send it by e-mail organization wide and suggest alternatives for color printing. A few examples might be power point presentation really don’t need to be printed, they are easily viewed on the screen.

## Toner Density

Toner density is the amount of toner applied to each page. If organization reduduced toner density they could realize savings of 5% to 10% reduction in toner consumption. (McNee p.3)

## References

* McNee, Sharon. Weilerstein, Ken. Publication Date: 19 March 2009, Cost Cutting Initiatives for Office Printing, Pub Number: G00166610, Gartner Research, 6 pages.
* Weilerstein, Ken. Publication Date: 28 March 2008, Q&A for Managing Office Color Printing, Pub Number: G00150370, Gartner Research, 4 pages.
* Basiliere, Pete. Dixon, Don. McNee, Sharon. Prabhakar, Tosh. Drew,Cecil. Hancock, John Malcolm. 13 January 2009, Predicts 2009: Print Technologies Enable Cost Savings and Revenue Growth, Pub Number: G00164247, Gartner Research, 11 pages.
# Puzzles/Lateral puzzles/10/Solution

Puzzles | Lateral puzzles | Lateral puzzle 10 | Solution
The two men are the astronauts that landed on the moon. The pole is a flag pole. The eagle is the lunar lander.
They were playing golf, and one just scored an eagle
# Puzzles/Lateral puzzles/4/Solution

Puzzles | Lateral puzzles | Lateral puzzle 4 | Solution
* The man was suffering from hiccups and the bartender was trying a shock treatment to it, instead of the traditional (but very effective) treatment of a glass of water.
* The man asked for a shot of water, so the bartender pulled out a watergun.
* The man was on fire.
* The man walks away. This means the bartender didn´t shoot. Thus, he is thanking him for that (he was the lover of the bartender´s wife, and the bartender found it, yet did not kill him).
# Puzzles/Lateral puzzles/5/Solution

Puzzles | Lateral puzzles | Lateral puzzle 5 | Solution
He stood on a block of ice, which has melted and so flooded the floor.
# Puzzles/Lateral puzzles/10

Puzzles | Lateral puzzles | Lateral puzzle 10
Between two men stands a pole, nearby sits an eagle.
Explain...
Solution
# Puzzles/Lateral puzzles/2/Solution

Puzzles | Lateral puzzles | Lateral puzzle 2 | Solution
1. They are goldfish. The pet dog knocks their bowl off the table and they die.
2. They were fighting over who gets the bottle of water. Anthony strangled Cleo, who broke the bottle over his head.
# Puzzles/Lateral puzzles/3

Puzzles | Lateral puzzles | Lateral puzzle 3
A man is lying dead in the middle of a field. He is wearing a rucksack. There is nothing else in the field.
How did he die?
Solution
# Puzzles/Lateral puzzles/3/Solution

Puzzles | Lateral puzzles | Lateral puzzle 3 | Solution
* His parachute did not open.
* The man was actually Abraham Lincoln and 'the field' is the nickname for the theater he was in during his assassination. There is no one else in 'the field' because the theater was evacuated. The rucksack on his back was a late 1850's man-purse that was common during that era for theater-goers.
# Puzzles/Lateral puzzles/4

Puzzles | Lateral puzzles | Lateral puzzle 4
A man walks into a bar and asks the bartender for water. Instead of giving a glass of water, the bartender takes a loaded gun and aims it at the man. Seconds later, the man walks away thanking the bartender. Why?
Solution