recursal/Fanatic-Fandom huggingface dataset:
Boible Season 4

Boible Season 4 refers to 2 seasons of boible running at the same time. This article will refer to the YouTube-only season run only by TauDudeBlobber as S4[S], and the season on both YouTube and Scratch hosted by Mashy76 as S4[New].

**Trivia**

This is the first season of Boible to not be exclusively hosted on scratch, and the first season where someone other than Mashy76 is a host.

**History**

PiDudeBlobber (aka TauDudeBlobber) wanted to un-cancel boible and make a new season! Unfortunately, after episode 1b[S] came out, Mashy76 decided that he wasn't things correctly and reset the season. PiDudeBlobber then uploaded episode 2a unfinished, with the audio recording and rendering made on-the-spot. Mashy76 gave PiDudeBlobber 2 choices: keep working on the season he started without Mashy76, or reset and work on the new season with Mashy76. PiDudeBlobber chose both, thus splitting Boible S4 into 2 concurrent seasons.

**Contestants**

(N): Is in the new boible s4.

(S): Is in the old boible s4[S].

(S+): In the old boible s4[S], has 4.5 additional points for joining after episode 1a came out.

-: Used to be in the old boible s4[S], but was removed due to the removal of people who joined from scratch.

\*: Is not a real contestant, but an artifact of the unfinished state of episode 2a[S]

Mashy76 -

DylanTJ (N) -

dohaya2009 (N) -

Fenn9999 (N) -

CACAFan (N) -

Smori3000 (N) -

The\_CUBE\_GOD (N) -

LH8888 (N) -

Cool-Cube (N) -

Aziz K (N) (S)

duduhiroshi (N) -

7Sided (N) -

DrinkMicrowaves (N) -

DaObjectShowGuy (N) -

Stupid Idot (N) (S)

derpyryder (N) -

RobLee9 (N) -

Zahrah Amir (N) (S+)

Untitled Contestant (S+) \*

Amir Aziz (N) (S+)

Sarah Aziz (N) (S+)

batterykiller5 (N) (S+)

PiDudeBlobber (N)

woodenpencils (N)

Pancakes2018 (N)

TheCardboardComputer (N)

**Boible S4[S]**

Boible S4[S] was created on December 15th, 2020.

**Boible S4[New]**

Boible S4[New] was created on December 31st, 2020. Sign-ups are currently open on scratch only and will be so until January 7th, 2021.
Announcer Alice (Kagome)

Name: Alice (known in chat as Kagome)

Age: 29

Hometown: Unknown

Occupation: Announcer for FFW

Personality: She seems to be pretty chipper but has moments of irritation sometimes. She gets excited about matches, and even though she doesn't have the most wrestling knowledge, she has learned to really enjoy the sport.

Bio: A small town girl living in a lonely world. Yep. I totally ripped off that song, but it's very scarily fitting. Who knew the song would fit a kidnapping scene so well... She is currently being held captive in a small, secret room somewhere near the FFW arena after being kidnapped a year prior. This is where she is given access to the chat of her viewers and the ability to see the matches being live streamed.

No one is allowed in her quarters except for The Narrator on small occasions. She is able to receive packages from numerous members of the roster, but they have to go through high amounts of security. Her exact whereabouts are unknown. She has been fitted with a shocking collar that goes off every time she does or says anything that displeases the Higher Ups.

Her origin is unknown, but the "prototype" Alice looks creepily similar to her; as well as the newly created Zombie Alice brought back to life by Mother Cali. She has 3 tattoos including a semicolon on her left wrist. Similar tattoos were found, by members of the roster, on severed arms.
Damian Cáceres

Damián, interpretado por Santiago Ramundo, es el chico más popular del pueblo. Talentoso en la música y los deportes, vive solo con su padre, Rodolfo, porque su madre está internada en una clínica psiquiátrica. Se enamora de Cata a primera vista, pero está de novio con Eme, que quiere retenerlo a toda costa. Pese a todos los obstáculos, no va a detenerse hasta que logre conquistar el corazón de Cata.
Allie Gator

# Allie Gatore

## Background

   Allie Gatore was born in the bayou of Louisiana, to father, Navi Gatore, and mother, Fran Z. Gatore. Her older older brother Krokonaw. The family lived in a shack amongst the swamps. Navi worked on a river boat and passed away in a boiler accident. Though the body was never recovered. Krokonaw, unsatisfied with the lack of proof went off in search of his father, disappearing into the swamp and never returning. Allie and her mother were left alone, until Fran's passing. The locals says she died of a broken heart. Others say she turned to the moonshine too hard. No matter who you believe…she was gone. When the police came to take Allie into foster care she bit off one of the officers fingers protecting her mother’s body. They found her to be too feral for civilized life and left her to fend for herself in the god forsaken swamp. Allie spent years in that swamp fending for herself, becoming more animalistic as time wore on.

She was eventually found by Mother Cali and taken to the universe of FFW. Cali raised her as one of her own, adopting her into the Family Bokor. Together now with her brother Spike, (though Allie often referred to him as Uncle because of his seemingly older and wiser nature), sisters, Abigail, Bridget, Belladonna, and Alice (both versions though the link is unknown.) Allie began competing in FFW along side the family. She is proud of her Bokor family and would do anything for them.

## Personality

Allie Gatore is a very animalistic fighter. Her gator blood is quick to anger in the ring and she strikes quickly and mercilessly. Though her aggression can sometimes lead to her downfall. Behind the scenes Allie is a sheltered soul. Aloof to most outside the family. She's quiet but when she does speak it is often cryptic or unsettling. She's picked up on the Voodoo from the Bokor family, having just started dabbling in tarot. When she thinks she's not being watched you can often find her having full conversations with her plushy alligator she named Abigail, after her sister. No one can hear any voices coming from the plush and some might call her crazy for having these full conversations. She hides this because she doesn't want to be seen as soft. Having animalistic blood and the mysticism of the Bokor's, she can often come off as creepy, kooky, a bit spooky, or straight up murderous. Likely to bite you or hex you should you cross her.
Wanderer

An empty template to describe one of the creatures that can be found in the vastness of the Arcana.

## Description

There will be a description of the object, small tips on its first detection. Its strength relative to other objects in the world.

## Loot

There will be a list of items that can be dropped from this creature:

* Example Item 1
* Example Item 2

## Trivia

* Some additional information that can help the player to save time.
* Just interesting gameplay associated with this object, which you may have missed or not noticed.

## Bugs

* PC   Known bugs associated with this object will be displayed here.
Copper(II) Citrate

### Other Names

Cupric citrate, Copper(II) 2-hydroxypropane-1,2,3-tricarboxylate, 1,2,3-Propanetricarboxylic acid, 2-hydroxy-, copper(II) salt

## Identifiers

### InChl

InChI=1S/2C6H8O7.3Cu/c2\*7-3(8)1-6(13,5(11)12)2-4(9)10;;;/h2\*13H,1-2H2,(H,7,8)(H,9,10)(H,11,12);;;KEY= ULRWEHHTNCOPBY-UHFFFAOYSA-N

### SMILES

C(C(=O)O)C(CC(=O)O)(C(=O)O)O.C(C(=O)O)C(CC(=O)O)(C(=O)O)O.[Cu].[Cu].[Cu]

## Properties

### Appearance

Light blue green solid (anhydrous)Blue crystalline solid (hydrate)

### Solubility in Water

Slightly soluble

Copper(II) citrate is an inorganic salt with the formula Cu3C12H10O14 or Cu3(C6H5O7)2.

## Synthesis

Copper(II) citrate can be created by reacting copper(II) oxide or copper(II) acetate with citric acid. This reaction takes a significant amount of time and can take more than a day to complete.

CuO
2

C

6

H

8

O

7

⟶

Cu

3

(

C

6

H

5

O

7

)

2

↓

3

H

2

O

{\displaystyle \ce{ CuO + 2C6H8O7 -> Cu3(C6H5O7)2v + 3H2O }}

It can also be created by reacting copper(II) sulfate with sodium citrate. This reaction takes a significant amount of time and can take more than a day to complete.

3

CuSO

4

Na

3

(

C

6

H

5

O

7

)

2

⟶

Cu

3

(

C

6

H

5

O

7

)

2

↓

3

NaSO

4

{\displaystyle \ce{ 3CuSO4 + Na3(C6H5O7)2 -> Cu3(C6H5O7)2v + 3NaSO4 }}
Femme Fatality Wrestling Wiki

## **Welcome to the Femme Fatality Wrestling Wiki!**

Hi there! This wiki is dedicated to FFW (Femme Fatality Wrestling), a wrestling program utilizing wwe2k19 on the PC. It is an all female (sprite) program that showcases the sheer unadulterated power of women! This show is hosted Monday nights by HunnyBunnyKagome on twitch.tv/hunnybunnykagome and is all about TNA (Total Nonstop Action). All characters are created by members of the Bunny Kingdom.

## Important Stuff:

#### **FFW showcases a large roster of female, genderfluid, nonbinary, and agender characters!**

* Roster
* NPCs

#### **List of our past and present champions!**

* Champions

*Need help building out this community?*

* Rules of this wiki
* Getting Started
* How to Contribute
* Managing your new community
* Guides
* All Help articles

You can also be part of the larger Fandom family of communities. Visit Fandom's Community Central!

*Community Founders*: Write a good and paragraph-length description for your welcome section about your topic. Let your readers know what your topic is about and add some general information about it. Then you should visit the admin dashboard for more tips.
Copper(II) Aspirinate

### Other Names

tetrakis-μ-acetylsalicylato-dicopper(II)cupric aspirin complexcopper aspirinatecupric acetylsalicylatecupric aspirinate

## Identifiers

### SMILES

CC(=O)Oc1ccccc1C(=O)[O-].CC(=O)Oc1ccccc1C(=O)[O-].CC(=O)Oc1ccccc1C(=O)[O-].CC(=O)Oc1ccccc1C(=O)[O-].[Cu+2].[Cu+2]

## Properties

### Solubility

Insoluble in acetone

Copper(II) aspirinate is a coordination compound with the formula C36H28Cu2O16. Copper aspirinate has been shown to have anti-inflammatory properties and to be a treatment for rheumatoid arthritis, but there are no name brands containing copper aspirinate.

## Synthesis

Copper aspirinate can be prepared by reacting aspirin, or acetylsalicylic acid, with dissolved sodium carbonate or sodium bicarbonate to produce sodium aspirinate.

2

HC

9

H

7

O

4

Na

2

CO

3

⟶
2

NaC

9

H

7

O

4

CO

2

H

2

O

{\displaystyle \ce{2HC9H7O4 + Na2CO3 -> 2NaC9H7O4 +CO2 ^ +H2O}}

Once this reaction has completed a solution can be made with the sodium aspirinate and a Cu2+ cation such as Copper(II) Sulfate. A bright blue precipitate will form from the reaction, which can then be washed and dried.

4

NaC

9

H

7

O

4

CuSO

4

⟶

C

36

H

28

Cu

2

O

16

↓

2

NaSO

4

{\displaystyle \ce{4NaC9H7O4 + CuSO4 -> C36H28Cu2O16 v + 2NaSO4}}
Schweizer's Reagent

Schweizer's reagent or tetraamminecopper(II) hydroxide, is a copper ammonium complex noteworthy for its ability to dissolve cellulose when concentrated. Its most common use, as would be expected, is the purification of cellulose and production of cellulose-based fibres.

## Synthesis

Schweizer's reagent is made when copper(II) hydroxide is added to a concentrated ammonia solution. The reaction is complete when it forms a deep blue color or is no longer able to dissolve the hydroxide. If undissolved copper hydroxide remains it can be filtered to remove this. **NEVER** use a paper filter as it will dissolve and trap the excess hydroxide. Fritted glass is best suited for this purpose.

## Use

To use Schweizer's reagent a source of cellulose is added to the solution and is allowed to dissolve. Once it is fully dissolved, the solution will become a thick jelly. this can then be added to a diluted acid solution to precipitate out the cellulose in the form of fibers. 10% hydrochloric or sulfuric acid are best suited for this process. A needle is recommended for this process in order to form thin uniform fibers.
Prompts

Prompts are like questions that you give in TWOW, followed by Boible.
Every "A" episode, the host gives a prompt. You have to answer it in a certain amount of words.
This page will show every prompt, in every season, updating every episode.

**Season 1**

1. What Would you Do If Blocky Wanted to Stab Spongey?
2. Choose which BFB character you think should be the president of the USA and explain why
3. Why does everyone keep spoiling End game?
4. What should the next prompt be?
5. if you were a BFB character who would you be?
6. why did the cat, eat the homework?
7. tell me why I should be Uploading more.
8. make a rhyme in 10 words or less
9. Template:Insert data here
10. give me away to defeat the bember, and quick
11. give Me riddle that is good and hard to wrap your brain around
12. explain to me How to win the game fortnite in 50 words or less.
13. why Should You Win?

**Season 2**

1. Template:Insert data here

**Season 3**

1. Template:Insert data here

**Season 4 (S4[S] Episodes)**

1. What happened to 13:00?
2. [REMEMBER TO COLOR BOIBLE FOR NEW CONTESTANT] [REMEMBER TO ADD NEW MEMBERS] [INSERT PROMPT HERE]
Boible Comunity Wiki

This Wiki has been made for fans of Boible to learn more about it and talk about stuff!
## Boible Info:

If you want to know what boible is go here! What Is Boible?

Here Some Info About Season 1 And Its Contestants! Season 1

Here Is The Info For Season 2! Season 2

Here Is The Info For Season 3! Season 3

Here Are The Current Place For Season 4! Season 4

Here Are All The Managers Of The Boible Community:

Mashy76 (Host)

PersonCommander (S1) (S2)

TheCardboardComputer (S2) (S3)

Id0tN00b (S2) (S3)

mwieger2ndaccount (S1) (S2) (S3)

TheObjectShowFan (S1) (S2) (S3)

ROalien (S1) (S2) (S3)

superoliver\_9604\_YT (S1) (S2)

Mashy48 (S1)

Here is the Boible Discord: https://discord.gg/4DvueGwP

Heres A Chat For You Guys To Talk! Boible Chat

Please Do not grief or add anything random to the current pages (other than the boible chat)

You are completely aloud to add another page, though If I see it I might delete it if its spam or controversial

Heres a list of Bembers! Bemb

*Need help building out this community?*

* Rules of this wiki
* Getting Started
* How to Contribute
* Managing your new community
* Guides
* All Help articles

You can also be part of the larger Fandom family of communities. Visit Fandom's Community Central!

*Community Founders*: Write a good and paragraph-length description for your welcome section about your topic. Let your readers know what your topic is about and add some general information about it. Then you should visit the admin dashboard for more tips.
Wojak's Task Force Wiki

# Witamy na Wojak's Task Force Wiki!

Jesteśmy społecznością, którą każdy, wliczając w to ciebie, może tworzyć i rozwijać. Wiki takie jak ta zależą od zaangażowania czytelników oraz dodawania treści. Kliknij na przycisk „DODAJ NOWĄ STRONĘ” lub „EDYTUJ” by rozpocząć!

## Ważne artykuły

Strona o tematyce wikiNajważniejsza postaćPierwszy odcinek serialuWażna lokacjaKluczowe wydarzenieIstotny przedmiot

*Potrzebujesz pomocy z rozwojem społeczności?*

* Podstawy
* Jak edytować?
* Zarządzaj swoją nową społecznością
* Zawartość
* Wszystkie strony pomocy

Możesz stać się również częścią większej rodziny społeczności Fandomu. Odwiedź Centrum Społeczności!

*Do założycieli społeczności*: W sekcji powitalnej napiszcie ciekawy akapit o tematyce tej wiki. Pozwolicie w ten sposób czytelnikom łatwiej się w niej odnaleźć i dodacie do niej kilka podstawowych informacji. Następnie odwiedźcie panel administratora po więcej wskazówek.
Season 3

This Is The Season 3 Cast!

Contestants: (20/20)

DanTheFan7000

TheCardboardComputer (returner)

DylanTJ

Foxxed

jl718120

Smori3000

Id0tN00b (returner)

PotatoPieThing

jacky6667

CashyTheCoin

Ultrono

Stickperson106

woodenpencils

PursuitWedge

YoyleCake20

mwieger2ndaccount (returner)

ROalien (returner)

TheObjectShowFan (returner)

mitocomic

YeeDavid

Team 1:

TheCardboardComputer (returner)

Id0tN00b (returner)

YeeDavid

woodenpencils

PotatoPieThing

jacky6667

DanTheFan7000

Team 2:

mwieger2ndaccount (returner)

TheObjectShowFan (returner)

PursuitWedge

YoyleCake20

CashyTheCoin

Ultrono

jl718120

Team 3:

ROalien (returner)

souhthisnamestaken (returner)

DylanTJ

Foxxed

mitocomic

Stickperson106

Smori3000

YoyleCake20 (quit)

20th:

jacky6667 (quit)

19th:

Stickperson106 (never did a challenge)

18th:

CashyTheCoin (quit)

17th:

DylanTJ (quit)

16th:

mitocomic (quit)

15

souhthisnamestaken

14th:

Roalien

13th

YeeDavid

The show was then cancelled but I can show you how many points each person had the the time to show everyone's Ranks

12th TheObjectShowFan 11

11th Mweiger2ndaccount 12

10th jl718120 15 / Ultrono 15 / PursuitWedge 15

7th TheCardboardComputer 16 / PotatoPieThing

5th Smori3000 18

4th Id0tNoob 20

3rd woodenpencils 20.5

2nd Foxxed 21

1st DanTheFan 22
All Boible Bemebers!

Boible was made to be simple and easy for people to do!

Sadly some people are too small brain to write 15 words, so they either

A: dont do the challenge

B: straight up quit

If you have not done any prompts of your prompts, or you have quit a boible season Before the Top 10, you are a bember!

(this doesnt count if you had a perfectly good season as well and this was in a different season)

Bembers:

DylanDoulas

in-YangII

-IzzyTheDog-

utbibrmah3

Kirbyfan1197

summzyroasy

HooHaa\_GodOfHooHaa

YoyleCake20

jacky6667

Stickperson106

CashyTheCoin

DylanTJ

mitocomic

You all can get a chance to get off this board in season 4! but for now you guys are stinky poos
Copper Chemistry Directory

## Oxidation states

* Copper +
* Copper 2+
* Copper Anions
* Copper 3+, 4+, and special cases

## Difficulty (Opinion based on difficulty of creating/obtaining each compound)

* Easy (Easy to find and create products/reactants)
* Moderate (Reactants are difficult to find or complicated synthesis)
* Rare (Synthesis requires chemicals that pose a danger or the synthesis is long and multi step)
* Very Rare (Reactants and products are expensive, illegal (without permit), highly toxic, or difficult to find. Additionally, synthesis may require special condition other than STP or has a very low yield)
* Extraordinarily Rare (Reactants and products are too dangerous to handle, too dangerous to make, or impossible to work with in an amateur lab)

## Copper Salts groups

* Tetrachlorocuprates
* NSAID Complexes

## All Compounds

List starts with copper(II) and goes to copper(I) with everything else in alphabetical order

* Copper
* Copper (II) Aspirinate
* Copper(II) Acetate
* Copper(II) Azide
* Copper(II) Benzoate
* Copper(II) Bromide
* Basic Copper(II) Carbonate
* Copper(II) Carbonate
* Copper(II) Chloride
* Copper(II) Citrate
* Copper(II) Fluoride
* Copper(II) Gluconate
* Copper(I) Hydride
* Copper(II) Hydroxide
* Copper(II) Ibuprofenate
* Copper(II) Monosulfide
* Copper(II) Naproxenate
* Copper(II) Nitrate
* Copper(II) Oxide
* Copper(II) Perchlorate
* Copper(II) Peroxide
* Copper(II) Phosphate
* Copper(II) Sulfate
* Copper(I) Acetate
* Copper(I) Acetylide
* Copper(I) Bromide
* Copper(I) Chloride
* Copper(I) Cyanide
* Copper(I) Iodide
* Copper(I) Oxide
* Copper(I) Silicide
* Chlorophyllin
* Dicopper Chloride Trihydroxide
* NSAID Copper(II) Complexes
* Potassium Tetrachlorocuprate(II)
* Schweizer's Reagent
* Tetraamminecopper(II) Sulfate
Season 1

Season 1 Was A Great Start For Boible! it contained of 15 people and some great legends along the line! The Signs ups were made on Feb 17, 2019 And the show started on Apr 26, 2019

Here's The Whole Entire Cast And Their Elimination Order:

DylanDoulas 15th

Yin-YangII 14th

Ashcool12 13th

DoibleBoible 12th

luigikid007 11th

\_mespritsinnoh\_ 10th

Thefunguy1065 9th

Twyrch  8th

superoliver\_9604\_YT 7th

TheObjectShowFan 6th

awsomespencer1 5th

ROalien 4th

Mashy48 3rd

PersonCommander 2nd

Mwieger2ndaccount 1st

Here are the Reason For All the Elimanations

Prompt 1: What would you do if Blocky wanted to stab Spongy?

-Dylan Yin Yang and Ash didn't do it, but Dylan Got The Most Vote to be out.

-Dylan went inactive so he got out, now he no longer has a scratch account.

-Got out with -6 points

Prompt 2: Choose Which BFB Character you think Should Be The Presisdent Of The USA and explain why

-Yin Yang was the only one not to do the challenge

-got out with -12 points

Prompt 3: mow the grass

-Ash Cool Did The Challenge, and got a good a 3 points.but had to recover from -2 points and only had 1

-gpt out with 1 point

Prompt 4: what should the next prompt be?

-Doible Boible didnt do the challenge twice in a row and got out

-got out with -2 points

Prompt 5: if you were a BFB character who would you be?

-luigi didnt do the prompt like 2 other people and got mass voted to be out

-got out with 0 points

Prompt 6: why Did The cat eat the homework?

-meh didnt do the prompt for the 2nd time and got out with -1 points

Prompt 7: tell me why I should be Uploading more.

-Thefunguy1065 Didnt do the challenge and got out with 3 points

-Twyrch moved to his new account cus he was banned for scratch and he didnt get notified cus of that, so he was unfairly eliminated in an double elimanation with 8 points

-he was also unfairly shamed by me 0\_0 oop

Prompt 8: make a rhyme in 10 words or less

-super was doing bad in challenge and eventually got out with 13 points

Prompt 9: there were 2 different prompts and 2 different teams for some reason

-TheObjectShowFan got out with 16 points

Prompt 10: give me away to defeat the bember, and quick

-awsomespencer1 got out with 26.5 by a difference of 2 points

Prompt 11: give Me riddle that is good and hard to wrap your brain around

-ROalien got out with 34.5 behind Mashy48 by 10 points

FINAL 3

Prompt 12: explain to me How to win the game fortnite in 50 words or less.

-Mashy got out by a difference of 1 vote and Personcommanader goes to the final too

Final Prompt: why Should You Win?

Person commander got 2nd with 9 votes

Mweiger Got 1st with 10 votes!

These People, if there is an all star season, will be invited to it:

Mehspritsonnah

Twyrch

TheObjectShowFan

awsomespencer1

ROalien

Mashy48

PersonCommander

mweiger2ndaccount
What Is Boible?

Boible is a show made by Mashy76 on Scratch

Boible is a show inspired by TWOW. Ten Words Of Wisdom is a show made by Carykh on Youtube with hundreds of contestants. Every A episode all the contestants would type the answer to a prompt like "What happened to the 31st of November" and on the B episode contestants would vote what prompts were better without knowing who made the prompts.

Boible Is this. Except sometimes you have different amounts of words you can use, like 15, and 2, Mainly 15. It also usually has 15-30 contestants.

In twow everyone are different colored books. In Boible, you can probably guess, Everyone are different colored bubbles. You know how in TWOW at one point people got to customize their books? well, at some point in Boible people get to customize their boibles! There is lots of fan art of these so make it good!

Do you want to join boible? all you have to do is go to the next sign up and ask to join! if there is no sign up yet, you just need to wait for the season to get near an end, usually that's when the sign up is posted.

If you are in two seasons in a row, then I might let other people get into a new season.

The Main thing that makes boible different from TWOW is its point based system, and how you have to depend on your point from the beginning

Thats all you need to know about Boible! If you are reading this, You should be in the boible community studio, if not then just ask to join here!

https://scratch.mit.edu/studios/27111607/
Belmod

#### Poderes e Habilidades:

Características Físicas Sobre-Humanas, Acrobacias, Voo, Artes Marciais, Manipulação de Ki (Pode ser usado defensivamente e ofensivamente, para fortalecer sua pele ou disparar rajadas de ki, que podem atingir alvos e formar barreiras defensivas), Sentir Ki, Longevidade, Auto-Sustento (Tipo 1), Sentidos Aprimorados (Pode sentir a intenção de matar), Telecinesia, Consciência Cósmica, Apagamento da Existência, Interação Não-Física, Destruição da Alma, Aura, Manipulação do Vazio e Manipulação Espacial Limitada (Com o Poder de Destruição, um Deus da Destruição pode apagar tudo da existência, desde seres vivos, almas, espíritos a objetos físicos, ataques de energia. Escalas para Toppo, que distorceu o ambiente do Mundo do Vazio com Energia de Destruição), Viagem Dimensional, Manipulação do Som, Manipulação do Espaço-Tempo e Criação de Portal (Neste nível de poder, ele pode criar fendas dimensionais e destruir o espaço-tempo e dimensões de bolso com sua energia), Resistência ao Frio Extremo, Radiações Cósmicas, Percepção Extrassensorial (Não pode ser sentido por seres inferiores a um "Deus"), Manipulação Empática, Manipulação do Vazio

#### **Potencial Destrutivo**:

**Nível Universal+** (Comparável aos outros deuses da destruição. Uma luta entre dois deuses da destruição pode resultar na destruição dos seus respectivos universos. Superior a Toppo, que era capaz de deformar o Mundo Vazio. Já venceu Bills em uma queda de braço. É inferior a Jiren)

#### **Velocidade**:

**MFTL+** (Pelo menos 196 quatrilhões c, provavelmente pelo menos 39,2 sextilhões c)

#### Alcance:

***Alcance Corpo a Corpo Padrão***, ***Universal*** com Rajadas de Ki

#### Fraquezas:

Se o Kaioshin de seu respetivo universo for morto, ele morrerá também.

#### **Inteligência**:

Anos de experiência de luta e treinamento com Marcarita, domínio de diversas técnicas e habilidades de artes marciais

#### Técnicas Notáveis:

* **Hakai:** Como um Deus da Destruição, Belmod possui a habilidade de destruir qualquer coisa, incluindo deuses e fantasmas.

## Resultados de Batalhas:

* Vitórias ▾
* Derrotas ▾
* Inconclusivas ▾
Copper(II) Gluconate

### InChl

InChI=1S/2C6H12O7.Cu/c2\*7-1-2(8)3(9)4(10)5(11)6(12)13;/h2\*2-5,7-11H,1H2,(H,12,13);/q;;+2/p-2/t2\*2-,3-,4+,5-;/m11./s1KEY= OCUCCJIRFHNWBP-IYEMJOQQSA-L

### SMILES

C(C(C(C(C(C(=O)[O-])O)O)O)O)O.C(C(C(C(C(C(=O)[O-])O)O)O)O)O.[Cu+2]

## Properties

### Solubility

Slightly soluble in alcoholInsoluble in acetone and ether

Copper(II) Gluconate is coordination compound with the formula C12H22CuO14. It has a number of different uses including as an ingredient in fertilizer and a supplement for copper deficiency . The compound is currently under going clinical trials to determine whether it is an effective treatment of some cancers.

## Synthesis

Copper(II) gluconate can by made by reaction of gluconic acid with basic copper carbonate orcopper(II) oxide. Gluconic acid can be prepared by reacting hydrogen peroxide with glucose. The reaction conditions that were found to be ideal for a high yield of gluconic acid was allowing the reaction to occur for 70 minutes, a temperature of 80 °C, and 12% hydrogen peroxide.

C

6

H

12

O

6

H

2

O

2

⟶

C

6

H

12

O

7

H

2

O

{\displaystyle \ce{ C6H12O6 + H2O2 -> C6H12O7 + H2O }}

Copper(II) gluconate can be made by reacting this solution of gluconic acid direct with basic copper carbonate orcopper(II) oxide.

2

C

6

H

12

O

7

CuO
⟶

CuC

12

H

22

O

14

H

2

O

{\displaystyle \ce{ 2C6H12O7 + CuO -> CuC12H22O14 + H2O }}

## References

1. ↑ 1.0 1.1  Mao, Y. M. (2016). Preparation of Gluconic Acid by Oxidation of Glucose with Hydrogen Peroxide. Journal of Food Processing and Preservation. 41(1). DOI:10.1111/jfpp.12742.
Copper(I) Cyanide

### Solubility

Insoluble in ethanol, cold dilute acidsSoluble in ammonium hydroxide, alkali cyanide solutions

Copper(I) cyanide is an inorganic salt with the formula CuCN. It is a pale yellow-white colour; however, it is commonly found as a green solid, but this is due to copper(II) cyanide impurities. Copper(I) cyanide is used as a catalyst in electroplating of copper.

## Synthesis

Copper(I) cyanide can be made by reacting copper(II) sulfate with sodium bisulfite and sodium cyanide at 60 °C in aqueous solution. Upon addition of sodium bisulfite to the copper(II) sulfate the solution will turn from a blue to a green colour. Once the solution has turned green sodium cyanide can be added to complete the reaction.

CuSO

4

NaHSO

3

H

2

O
2

NaCN
⟶
2

CuCN
3

NaHSO

4

{\displaystyle \ce{ CuSO4 + NaHSO3 + H2O + 2NaCN -> 2CuCN + 3NaHSO4 }}

Another way in which copper(I) cyanide can be produced is the direct reaction between copper(II) sulfate with sodium cyanide. This method precipitates both dicyanide as well as copper(II) cyanide, which makes it a impure sample.

CuSO

4

4

NaCN
⟶
2

CuCN

(
CN
)

2

2

NasSO

4

{\displaystyle \ce{ CuSO4 + 4NaCN -> 2CuCN + (CN)2 + 2NasSO4 }}

## Structure

Copper cyanide is a coordination polymer. It exists in two polymorphs both of which contain -[Cu-CN]- chains made from linear copper(I) centres linked by cyanide bridges. The chains link into a hexagonal pattern in solid copper(I) cyanide. At lower temperatures the chains bend and into a rippled pattern and are no longer linear.
Copper(I) Hydride

Copper(I) hydride is an inorganic compound with the chemical formula CuH. It is a odourless red solid, which is incredibly difficult to isolate. The main reason copper(I) hydride is produced is as a catalyst for organic syntheses.

## Synthesis

Copper(I) hydride can be made by reacting copper(II) sulfate with hypophosphite in a sulfuric acid solution.

## Reactions

Copper(I) hydride constantly decomposes to make hydrogen and copper both under water and at 0 °C. If dried it has been shown to be pyrophoric.

2

CuH
⟶
2

Cu

H

2

{\displaystyle \ce{ 2CuH -> 2Cu + H2 }}
Caesium hexafluorocuprate(IV)

### Other Names

Cuprate(2-),hexafluoro-cesium (1:2)Cuprate(2-) hexafluoro-dicesiumDicesium hexafluorocuprate(2-)Cesium hexafluorocuprateCesium copper fluoride

## Identifiers

### InChl

InChI=1S/Cs.Cu.6FH/h;;6\*1H/q+1;+4;;;;;;/p-6

### SMILES

[F-][Cu+4]([F-])([F-])([F-])([F-])[F-].[Cs+]

## Properties

### Appearance

Orange crystalline solid

C(a)esium hexafluorocuprate(IV) is an inorganic copper complex with the chemical formula, Cs2CuF6. It is a red solid that rapidly degrades when in contact with water. C(a)esium hexafluorocuprate was the first studied copper (IV) compound.<ref=name"One"></ref>

## Synthesis

C(a)esium hexafluorocuprate(IV) is created by heating caesium trichlorocuprate(II) and c(a)esium fluoride to 410°C under 350 atmospheres of fluorine.

2

CsCuCl

3

2

CsF
5

F

2

⟶
2

Cs

2

CuF

6

3

Cl

2

{\displaystyle \ce{ 2CsCuCl3 + 2CsF + 5F2 -> 2Cs2CuF6 + 3Cl2 }}

## Reactions

C(a)esium hexafluorocuprate(IV) reacts violently with water at any temperature.

## References

1. ↑  Shi, T., Xu, Y., Zou, Y.J., & Wang, Z.X. (2019). Synthesis, structure and magnetic properties of copper(II) azide. *Dalton Transactions*. https://doi.org/10.1039/c9dt01450k.
Potassium Tetrachlorocuprate(II)

### Other Names

Cupric potassium chloride, copper(II) dipotassium chloride, potassium tetrachloridocuprate(II), copper(II) potassium chloride hydrate

## Identifiers

### InChl

InChI=1S/4ClH.Cu.2K/h4\*1H;;;/q;;;;+2;2\*+1/p-4KEY= FBNNBYUNXDHBOM-UHFFFAOYSA-J

## Properties

### Molar Mass

283.5 g/mol (anhydrous)319.585 g/mol (dihydrate)

### Density

2.416 g/cm^3 (25 °C, dihydrate)

Potassium Tetrachlorocuprate(II) is an inorganic compound with the formula K2CuCl4, which can be found as anhydrous or as a dihydrate. It can be found naturally around volcanic vents as the mineral mitscherlichite.

## Synthesis

Potassium Tetrachlorocuprate(II) can be created by making a 2:1 molar ratio solution of potassium chloride and copper(II) chloride with a high concentration of HCl and allowing it to evaporate.

2

KCl

CuCl

2

⟶

K

2

CuCl

4

{\displaystyle {\ce {2KCl + CuCl2 -> K2CuCl4}}}

## Reactions

Potassium Tetrachlorocuprate(II) dihydrate decomposes into potassium chloride and potassium trichlorocuprate(II) when heated to 93 °C.

K

2

CuCl

4

⋅
2

H

2

O
⟶
KCl

KCuCl

3

H

2

O

{\displaystyle {\ce {K2CuCl4\*2H2O -> KCl + KCuCl3 + H2O}}}
Copper(I) Bromide

* Pure
* Impure

### Solubility

Soluble in hydrochloric, hyrbromic acid, ammonium hydroxideInsoluble acetone, concentrated sulfuric acid

Copper(I) bromide is an inorganic salt with the formula CuBr. When first made, copper(I) bromide is a white crystalline solid, but if it is exposed to sunlight the colour will change from white to green. Bringing a flame to copper(I) bromide will make violet blue colours, which makes it useful in some pyrotechnics.

## Synthesis

Copper(I) bromide is created by reduction of [[Copper(II) Bromide|copper(II) bromide with a sulfite ion. This process also creates hydrobromic acid.

2

CuBr

2

H

2

O

NaSO

3

⟶
2

CuBr

NaSO

4

2

HBr

{\displaystyle \ce{ 2CuBr2 + H2O + NaSO3 -> 2CuBr + NaSO4 + 2HBr }}

## Reactions

Copper(I) bromide when reacted with Lewis bases creates molecular adducts. An example of this time of reaction is dimethyl sulfide and copper(I) bromide.

CuBr
S

(

CH

3

)

2

⟶
CuBrS

(

CH

3

)

2

{\displaystyle \ce{ CuBr + S(CH3)2 -> CuBrS(CH3)2 }}

In the complex above, the crystal structure is linear with copper center forming two coordination bonds. A variety of differnt complexes exist that can made is this way. These complexes have uses in organic chemistry both as catalysts in cross-dehydration couplings and atom transfer radical polymerization.

In addition, copper(I) bromide is used in the Sandmeyer reaction to change diazonium salt into aryl bromides.

ArN

2

CuBr
⟶
ArBr

N

2

Cu

{\displaystyle \ce{ ArN2 + CuBr -> ArBr + N2 + Cu }}

## Structure

Copper(I) bromide is insoluble in many solvents due to the fact that it forms a polymer in solid form. Copper centers in this form have four coordination bonds in a tetrahedral pattern, and each copper is connected to other copper centers by bromide bridges. This structure causes copper(I) bromide to be diamagnetic.
Tetrachlorocuprates

Tetrachlorocuprates are a class of copper compounds where copper is bonded to four chlorine atoms and creates a negatively charged polymorphic ion. Copper typically acts as the cation in most compounds; however, in tetrachlorocuprates it acts as the anion and bonds to metals or other cations.

## Alkali Metals

Lithium Tetrachlorocuprate(II)

Sodium Tetrachlorocuprate(II)

Potassium Tetrachlorocuprate(II)

Rubidium Tetrachlorocuprate(II)

Cesium Tetrachlorocuprate(II)

## Alkali Earth Metals

Calcium Tetrachlorocuprate(II)

Strontium Tetrachlorocuprate(II)

Barium Tetrachlorocuprate(II)

## Other Cations

Ammonium Tetrachlorocuprate(II)

Bis(urea) Tetrachlorocuprate(II)

## Synthesis

Tetrachlorocuprates can be easily synthesized. To make them, copper(II) chloride and another chloride are mixed in a concentrated solution of hydrochloric acid. The ratio of the ingredients is dependent on the oxidation state of the other cation chloride. +1 oxidation states are mixed in a stochiometric 2:1 mixture of the cation chloride to copper chloride respectively. In the cases of +2 oxidation state cations, the ratio of reactants is 1:1. HCl concentration does not have to be exact. Once the mixture is completed, the solution is concentrated by boiling the solution until solid tetrachlorocuprate(II) crystallizes out.
Copper(II) Bromide

### Solubility

Soluble in ethanol, acetone, ammoniaInsoluble in benzene, ethyl ether, conc. sulfuric acid

Copper(II) bromide is an inorganic salt with the formula CuBr2. It is used as a brominating agent in organic syntheses, dermatological applications, and to form a vapour in copper vapour lasers. In solid form, copper(II) bromide forms a polymeric structure with repeating CuBr4 units.

## Synthesis

Copper(II) bromide can be created by reacting copper(II) oxide or basic copper carbonate with hydrobromic acid.

CuO
2

HBr
⟶

CuBr

2

H

2

O

{\displaystyle {\ce {CuO + 2HBr -> CuBr2 + H2O}}}

## Reactions

Copper(II) bromide can be reduced by reacting it with aluminum. This reaction is very exothermic.

3

CuBr

2

2

Al
⟶
2

AlBr

3

3

Cu

{\displaystyle {\ce {3CuBr2 + 2Al -> 2AlBr3 + 3Cu}}}
Copper(I) Silicide

Copper silicide is an intermetallic compound of silicon and copper, which means it has properties of both an alloy and an ionic compound. It is commonly used as a catalyst in the creation of organosilicon compounds. It has been known to catalyze the addition of methyl chloride to silicon.

## Synthesis

Copper silicide

Cu
Si
⟶

Cu

5

Si

{\displaystyle \ce{ Cu + Si -> Cu5Si }}

## References

https://pubs.rsc.org/en/content/articlelanding/2010/JM/B919281F#!divAbstract
Copper(I) Acetylide

Copper acetylide is a reddish solid, also called cuprous acetylide or cuprous carbide with the formula Cu2C2. It is a primary explosive with a heat sensitivity similar to that of silver acetylide and a high shock and friction sensitivity. It has very few applications other than in research due to its instability making it quite dangerous for use in detonators. It formed in small quantities in copper or copper alloy pipes in acetylene plants and has been known to have detonated and caused accidents.

## Synthesis

Copper acetylide is made by bubbling acetylene gas through a solution of copper(I) chloride, which can be made by adding copper(I) chloride to a solution of ammonium hydroxide until it all dissolves. Acetylene gas is then passed through the solution precipitating out the copper acetylide as a red solid. This can then be filtered out of the solution and carefully dried.

<chem display="block"> CuCl2 + C2H2 -> CuC2v + 2HCl

## Safety

The copper chloride solution should not be shaken more than necessary and weak stirring is recommended in order to reduce the oxidation of the solution by atmospheric oxygen.

If possible plasticware should be used in order to prevent the release of dangerous glass shrapnel. Acetylide is quite explosive even when wet and acetylene is known for its instability
Copper(I) Chloride

Copper(I) Chloride, also known as cuprous chloride, is the inorganic compound with the chemical formula CuCl. The substance is a white or light grey solid sparingly soluble in water, but very soluble in concentrated hydrochloric acid. Commercial samples often have a green tinge, due to the presence of copper(II) chloride.

## Synthesis

Copper(I) chloride is produced industrially by the direct combination of copper metal and chlorine gas at 450–900 °C.

2

Cu

Cl

2

⟶
2

CuCl

{\displaystyle \ce{2Cu + Cl2 -> 2CuCl}}

Copper(I) chloride can also be prepared by reducing copper(II) chloride with sulfur dioxide, or with ascorbic acid (vitamin C) that acts as a reducing sugar.

2

CuCl

2

SO

2

2

H

2

O
⟶
2

CuCl

H

2

SO

4

2

HCl

{\displaystyle \ce{2CuCl2 + SO2 + 2H2O -> 2CuCl + H2SO4 + 2HCl}}

2

CuCl

2

C

6

H

8

O

6

⟶
2

CuCl
2

HCl

C

6

H

6

O

6

{\displaystyle \ce{2CuCl2 + C6H8O6 -> 2CuCl + 2HCl + C6H6O6}}

## Reactions

The main use of copper(I) chloride is as a precursor to the fungicide copper(II) oxychloride.

4

CuCl
4

H

2

O

O

2

⟶
2

Cu

2

(
OH
)

3

Cl
2

HCl

{\displaystyle \ce{4CuCl + 4H2O + O2 -> 2Cu2(OH)3Cl + 2HCl }}

It is also used in certain organic reactions, such as the Gatterman-Koch reaction and the Sandmeyer reaction.
Copper(II) Acetate

Copper(II) acetate is an inorganic compound with the formula Cu(C2H3O2)2. Copper(II) acetate has a two hydrates, which contains one or two water molecules. The anhydrous copper(II) acetate is a dark green crystalline solid, and the a hydrate is a dark blue colour.

## Copper(II) Acetate

* Anhydrous
* Monohydrate

### Other Names

Copper(II) ethanoateVerdigrisCupric acetate

## Identifiers

### InChl

nChI=1S/2C2H4O2.Cu/c2\*1-2(3)4;/h2\*1H3,(H,3,4);/q;;+2/p-2KEY: OPQARKPSCNTWTJ-UHFFFAOYSA-L

### SMILES

[O+]1C(C)O[Cu-3]23([OH2+])[O+]C(C)O[Cu-3]1([OH2+])(OC(C)[O+]2)OC(C)[O+]3

## Properties

### Molar Mass

181.63 g/mol (anhydrous)199.65 g/mol (hydrate)

### Appearance

Dark green crystalline solid (anhydrous)Dark blue crystalline solid (hydrate)

### Solubility

Soluble in alcoholSlightly soluble in glycerol and ether

## Synthesis

Copper(II) acetate can be created by heating basic copper carbonate or copper hydroxide with acetic acid.

Cu

2

(
OH
)

2

CO

3

4

HC

2

H

3

O

2

⟶
2

Cu

(

C

2

H

3

O

2

)

2

3

H

2

O

CO

2

{\displaystyle \ce{Cu2(OH)2CO3 + 4HC2H3O2 -> 2Cu(C2H3O2)2 + 3H2O + CO2}}

Cu

(
OH
)

2

2

HC

2

H

3

O

2

⟶
Cu

(

C

2

H

3

O

2

)

2

H

2

O

{\displaystyle \ce{Cu(OH)2 + 2HC2H3O2 -> Cu(C2H3O2)2 + H2O}}

## Reactions

Copper(II) acetate can be used to synthesize copper(I) acetate by heating copper(II) acetate in a suitable solvent like pyridine in an oxygen free atmosphere.

Cu

(

C

2

H

3

O

2

)

2

Cu

→

Δ

2

CuC

2

H

3

O

2

{\displaystyle \ce{Cu(C2H3O2)2 + Cu ->[\Delta]2CuC2H3O2}}

## Disposal

Copper(II) acetate poses a threat to aquatic life and should not be thrown away or washed into drains. It can be reduced to iron(III) acetate by the addition of elemental iron to a solution of copper(II) acetate. Iron(III) acetate and copper metal are produced, which can either be recycled or safely thrown away.

3

Cu

(

C

2

H

3

O

2

)

2

2

Fe
⟶
2

Fe

(

C

2

H

3

O

2

)

3

3

Cu

{\displaystyle \ce{3Cu(C2H3O2)2 + 2Fe -> 2Fe(C2H3O2)3 + 3Cu}}
Copper(II) Azide

Copper(II) azide is a salt with the formula Cu(N3)2. It is an explosive compound with a high sensitivity, which makes it unable to be used practically unless stored in solution.

## Synthesis

Copper(II) azide can be made by reacting copper(II) chloride with sodium azide in a aqueous solution of hydroxylamine hydrochloride.

CuCl

2

2

NaN

3

⟶
Cu

(

N

3

)

2

2

NaCl

{\displaystyle {\ce {CuCl2 + 2NaN3 -> Cu(N3)2 + 2NaCl}}}

## Structure

In solid form copper(II) azide is made of up of repeating units with the formula [Cu(N3)2]n. Copper(II) azide has an orthorhombic crystal structure, which is made up of one dimensional double chains composed of a copper(II) cation and four end-on (EO) bridged azide anions. Each copper center is six-coordinated with nitrogen from the azides in an octahedral pattern. Each copper center is connected to two other copper(II) cations by two double azide groups.

## References

1. ↑ 1.0 1.1 1.2  Shi, T., Xu, Y., Zou, Y.J., & Wang, Z.X. (2019). Synthesis, structure and magnetic properties of copper(II) azide. *Dalton Transactions*. https://doi.org/10.1039/c9dt01450k.
Copper(II) Naproxenate

Copper(II) naproxenate is a coordination compound with the formula Cu(C14H13O3)2. It is currently being researched as a alternative for the base molecule naproxen, which is a NSAID compound. The copper complex, like many other NSAID copper(II) complexes could offer better anti-inflammatory properties with less negative side effects.

## Structure

In copper(II) naproxenate, the copper center in each molecule forms five coordination bonds with the oxygen, which forms a square pyramidal structure.

## Synthesis

Copper(II) naproxenate can be made by reacting naproxen with sodium carbonate or sodium bicarbonate at room temperature to form sodium naproxenate.

2

C

14

H

14

O

3

Na

2

CO

3

⟶

NaC

14

H

13

O

3

CO

2

H

2

O

{\displaystyle \ce{ 2C14H14O3 + Na2CO3 -> NaC14H13O3 + CO2 + H2O }}

Sodium naproxenate can then be reacted with copper(II) sulfate in solution. Bright Green copper(II) naproxenate will precipitate out of solution.

2

NaC

14

H

13

O

3

CuSO

4

⟶

Na

2

SO

4

Cu

(

C

14

H

13

O

3

)

2

{\displaystyle \ce{ 2NaC14H13O3 + CuSO4 -> Na2SO4 + Cu(C14H13O3)2 }}

## References

1. ↑ 1.0 1.1  Information from amateur chemist - FFireshard
Copper(II) Carbonate

### InChl

InChI=1S/CH2O3.Cu/c2-1(3)4;/h(H2,2,3,4);/q;+2/p-2KEY= GEZOTWYUIKXWOA-UHFFFAOYSA-L

## Properties

### Solubility in Water

Reacts readily with water

Copper(II) Carbonate is an inorganic salt with the formula CuCO3. At room temperature copper(II) carbonate reacts readily with water to form basic copper carbonate. This along with the difficulty of synthesis makes encountering copper(II) carbonate rare.

The names "cupric carbonate" and "copper carbonate" typically, even in academic texts, refers to basic copper(II) carbonate.

## Synthesis

Copper(II) carbonate was first created by Hartmut Ehrhardt et al. in 1973 by heating basic copper(II) Carbonate to 500 °C under a two gigapascal (20,000 atm) carbon dioxide atmosphere.

## Reactions

The stability of copper(II) carbonate has been found to be heavily effected by the partial pressure of carbon dioxide in which it is stored. If the partial pressure of carbon dioxide is less than 0.11 atm even at dry conditions, carbon(II) carbonate will decompose into copper(II) oxide and carbon dioxide.

CuCO

3

⟶
CuO

CO

2

{\displaystyle \ce{ CuCO3 -> CuO + CO2 }}

Copper(II) carbonate can be stored in moist air if the partial pressure of carbon dioxide is high; however, if the partial pressure is not high enough, the copper(II) carbonate will react with water in the air to form basic copper(II) carbonate and carbon dioxide.

2

CuCO

3

H

2

O
⟶

Cu

2

(
OH
)

2

CO

3

CO

2

{\displaystyle \ce{ 2CuCO3 + H2O -> Cu2(OH)2CO3 + CO2 }}
Copper(II) Peroxide

Copper(II) peroxide is an inorganic chemical with the formula CuO2. It is a unstable compound that easily decomposes.

## Synthesis

Copper(II) peroxide can be made in numerous ways including the reaction of cold hydrogen peroxide withschwizer's reagent with no excess ammonia.

Cu

(

NH

3

)

4

(

H

2

O
)

2

H

2

O

2

⟶

CuO

2

2

H

2

O
4

NH

4

{\displaystyle \ce{ Cu(NH3)4(H2O)2 + H2O2 -> CuO2 + 2H2O + 4NH4 }}

Another method involves the reaction of creating copper(II) peroxide involves mixing a 0 °C with a suspension of copper(II) hydroxide.

H

2

O

2

Cu

(
OH
)

2

⟶

CuO

2

H

2

O

{\displaystyle \ce{ H2O2 + Cu(OH)2 -> CuO2 + H2O }}

This method of cold reaction with a suspension works with copper(II) Oxide as well.

CuO

H

2

O

2

⟶

CuO

2

H

2

O

{\displaystyle \ce{ CuO + H2O2 -> CuO2 + H2O }}

When drying copper(II) peroxide the temperature must remain below 6 °C or else it will decompose. Once dry, the temperature of the molecule can be raised above this level.

## Reactions

Copper(II) peroxide decomposes into copper oxides and oxygen when heated.

3

CuO

2

⟶
CuO

Cu

2

O
2

O

2

{\displaystyle \ce{ 3CuO2 -> CuO + Cu2O + 2O2 }}
Copper(II) Selenite

### InChl

InChI=1S/Cu.H2O3Se/c;1-4(2)3/h;(H2,1,2,3)/q+2;/p-2KEY= JNRBLFVQPTZFAG-UHFFFAOYSA-L

## Properties

### Solubility

Slightly soluble in benzene, acids, ammonium hydroxide

Copper(II) selenite is a inorganic salt with the formula CuSeO3. It can form a dihydrate, which is a bright blue colour. It finds use in batteries and as a catalyst in the Kjeldahl method.

## Synthesis

Copper(II) selenite can be made by reacting copper(II) acetate with selenous acid.

Cu

(

C

2

H

3

O

2

)

2

H

2

SeO

3

⟶

CuSeO

3

↓

2

HC

2

H

3

O

2

{\displaystyle \ce{ Cu(C2H3O2)2 + H2SeO3 -> CuSeO3v + 2HC2H3O2 }}
Copper(II) Sulfide

### Solubility

Soluble in cyanides and aqueous ammonia Insoluble in ethanol, dilute acids, and alkaline solutions

Copper(II) sulfide is an inorganic salt with the formula CuS. It can be found in nature as the mineral covellite. Copper(II) sulfide is one of many copper sulfur binary compounds. The compound is slightly conductive and has potential uses in photovoltaics and as a catalyst.

## Synthesis

Copper(II) sulfide can be made by bubbling H2S gas through a solution with a copper(II) cation like basic copper carbonate or copper(II) sulfate.

CuSO

4

H

2

S
⟶
CuS

H

2

SO

4

{\displaystyle \ce{CuSO4 + H2S -> CuS + H2SO4}}

Another method of creating copper(II) sulfide is melting a mixture of copper(I) sulfide and an excess of sulfur together.

8

Cu

2

S

S

8

⟶
16

CuS

{\displaystyle \ce{8Cu2S + S8 -> 16CuS}}