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What do I Need??*An Element *Atomic Number * Group and Number * State of matter at Room Temp *Some common properties * Common Uses Conclusion after Research .

• Atomic number: 70
• Atomic symbol: Yb
• Atmoic mass: 173.055

Ytterbium

- Ytterbium is a silver/white metal, its melting point is about 819°C and its boiling point is 1,110°C. Ytterbium is used in lasers and electronics Ytterbium state of matter at room temp (68-74 F) is solid.

Info

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BAsic metal/sn

Allotropes: Plutonium has at least six different allotropic forms, which is unusual among elements4. Complex Chemistry: It exhibits a wide range of chemical behaviors due to its electronic structure1. Toxicity: Plutonium is highly toxic, both chemically and radiologically, requiring special handling procedures1

Common Uses Plutonium has several important applications: Nuclear Reactors: It is used as fuel in some nuclear power plants3. Nuclear Weapons: Plutonium is a critical component in the production of nuclear weapons34. Energy Generation: It plays a significant role in nuclear energy production4. Scientific Research: Plutonium is studied extensively in nuclear physics and chemistry1. Space Exploration: Some isotopes of plutonium have been used as a power source for deep space probes1.

Radioactivity: Plutonium is highly radioactive1. Metallic Nature: It has a silvery-white appearance when freshly prepared, but tarnishes when exposed to air1. Reactivity: Plutonium is pyrophoric, especially as a fine powder, meaning it can ignite spontaneously in air14. Multiple Oxidation States: It can form compounds with various oxidation states1. Density: Like most actinides, plutonium has a high density4. Paramagnetic: Plutonium exhibits paramagnetic behavior4.

Basic Information Atomic Number: 94 Group: Actinide series (f-block) State of Matter at Room Temperature: Solid

Chemical Elements Includes actinium, thorium, protactinium, uranium, neptunium, plutonium, americium, and others Radioactivity All actinides are radioactive and release energy upon decay Applications Used in nuclear reactors, nuclear weapons, smoke detectors, and various industrial processes

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Allotropes: Plutonium has at least six different allotropic forms, which is unusual among elements4. Complex Chemistry: It exhibits a wide range of chemical behaviors due to its electronic structure1. Toxicity: Plutonium is highly toxic, both chemically and radiologically, requiring special handling procedures1

Common Uses Plutonium has several important applications: Nuclear Reactors: It is used as fuel in some nuclear power plants3. Nuclear Weapons: Plutonium is a critical component in the production of nuclear weapons34. Energy Generation: It plays a significant role in nuclear energy production4. Scientific Research: Plutonium is studied extensively in nuclear physics and chemistry1. Space Exploration: Some isotopes of plutonium have been used as a power source for deep space probes1.

Radioactivity: Plutonium is highly radioactive1. Metallic Nature: It has a silvery-white appearance when freshly prepared, but tarnishes when exposed to air1. Reactivity: Plutonium is pyrophoric, especially as a fine powder, meaning it can ignite spontaneously in air14. Multiple Oxidation States: It can form compounds with various oxidation states1. Density: Like most actinides, plutonium has a high density4. Paramagnetic: Plutonium exhibits paramagnetic behavior4.

Basic Information Atomic Number: 94 Group: Actinide series (f-block) State of Matter at Room Temperature: Solid

Chemical Elements Includes actinium, thorium, protactinium, uranium, neptunium, plutonium, americium, and others Radioactivity All actinides are radioactive and release energy upon decay Applications Used in nuclear reactors, nuclear weapons, smoke detectors, and various industrial processes

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the atomic number is the atomic level the elment is

thing to know about lanthanide

The state of matter this element has at room tempeture is a solid because it's a metaloid

Antinomy

Start

Palladium

• its well known for its posion
• its alloying agent
• pigments
• textiles
• paper
• metal adhesives
• wood preservaties
• ammunition

what is it well known for?

Arsenic atomic number 33

KEY POINTS

SETTING AND CHARACTERS

Iodine

conclusions

common uses

Common Properties

• Density: Very High (exact value unknown)
• Reactvity: Shown to be similar like platinum
• Radioactivity: Highly radioactive

• State: Solid

Atomic number: 112 Group; 10 (Transition Metals) Period: 7

Common Uses & Conclusions

State of matter at room temp & Common Properties

Basic Information

Sources

Copernicium is named after the astronomer Nicolaus Copernicus, who suggested that the Earth orbits the Sun. It’s one of the heaviest elements ever made

Copernicium Infographic

The Palladium is a solid in a room tempeture

(sorry I couldn't put a photo of scandium because it didn't appear here and it didn't let me put it either so I put a photo of quartz instead)

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03

02

01

the atomic number of scandium is 21

scandium group is 3 and number 21

scandium

MORE

00

Neon Element

Neons state of matter while being in room temperature is gas. Neon is a colorless oderless gas. It will not react with any other substances. It is chemichally inactive. It also has the lowest liquid range of any element.

"Au" is the chemical symbol for gold in the periodic table. It comes from the Latin word aurum, which means gold.

"Au"

group 1

Transition Metal

Some comon uses are jewlery, electronics, medicine, dentistry

Some common porperties are Lustter/Color, Softness, Density, Conductivity

At room temperature, 25C or 77F

Au's atomic number is 79

Common uses

Common Properties

State of Matter

Atomic Number

uses and properties

room temp

group and number

soft and ductile when annealed and is greatly increased in strength and hardness when cold worked

4.Ending

Palladium

3. Common uses

2. common properties

1. room tempeture

transitional metal

17 - W

go!

tungsten

conclusions

common uses

Common Properties

• Density: Very High (exact value unknown)
• Reactvity: Shown to be similar like platinum
• Radioactivity: Highly radioactive

• State: Solid

Atomic number: 112 Group; 10 (Transition Metals) Period: 7

Common Uses & Conclusions

State of matter at room temp & Common Properties

Basic Information

Sources

Copernicium is named after the astronomer Nicolaus Copernicus, who suggested that the Earth orbits the Sun. It’s one of the heaviest elements ever made

Copernicium Infographic

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Radium (Ra) is in Group 2, atomic number is 88.

Radium was used in luminous paints, cancer treatments, and scientific research, but is now largely restricted due to safety concerns.

At room temperature, radium is a solid.

radium

Radium (Ra): 88

• Light filter in vapor lamps
• Soldering
• Semiconductors

Indium is soft, malleable metal with brilliant lustre

Its a solid because metal

Group 13 Period 5

The Atomic number is 49

Indium Element Learning

Palladium are used to make stuff out metal like Cars,RIngs,eletronics, dentistry,medicine,groundwater treatment,chemecal application, and julery

Common properties of krypton: krypton belongs to noble gas. Krypton also has melting point at -157.4 C and a boiling point at -157.36 C. Common Uses for krypton: Insilation: Used in some types of energy-efficient windows, as the gas can help reduce heat transfer.

Krypton is a noble gas and at room temperature around 20-25 C or 68-77 F.

Group: 4 Number: 18

Krypton 36

EXAMPLE ONLY!!!! NOT ALL PARTS ARE HERE!!

Helium

Helium is a A colourless, odourless gas that is totally unreactive. Because of its low density helium is often used to fill decorative balloons, weather balloons and airships

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What do I Need??*An Element *Atomic Number * Group and Number * State of matter at Room Temp *Some common properties * Common Uses Conclusion after Research .

as a radiocative element the primary ise of actinium id as a source of radition.

fun facts

actinum was discovered in 1899 by the german chemist friedrich oskar giesel

actinum (Ac)is an elemnt with the atomic number 89 it is a member of the actinide series wich consist of 15 elements from actinum (Ac) to lawrencium (Lr)in the periodic table t

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ACTINIUM

Sources

Welcome to the Periodic Table Research Project

• Lanthanide is apart of Group 19 and is part of the lanthanoids group
• Lanthanum is in a solid state at room temperature. It is a soft, silvery white metal.
• Some common properties fo lanthanide are: metallic, silvery white metal, solid, easily bendable or is a good conductor of heat and electricity.
• Common uses: La is used in several industries due to its unique functions, like, petroleum refining helps to convert crude oil into valuable fuels. Also needed in the production of glass for cameras and telescopes. Its also crucial for the production of NiMH batteries used in hybrid vehicles and hydrogen storage systems. Also in medicine, lanthanum carbonate helps treat high phosphate levels in kidney disease patients.

Lanthanum

138.905

La

Lanthanide

conclusion

57

Mendelevium has an atomic number of 101, it belongs to the Actinide group and is in period 7 of the periodic table. Mendelevium is a solid at room temperature and melts at 827 C or 1100 K. As of today, mendelevium is only used for reasearch purposes and has no commercial, industrial, or medical uses. A common propertie is that it is an isotope and all isotopes are radioactive and deadly.

Mendelevium

Iridium

192.22

Ir

Transition Metal

77

Iridium

Yuliana De La Campa

Element Weight

Element Symbol

Atomic Number

Conductor of Electricity

Element Name

It appeares to be highly radioactive. For now it is used in research only. There is no biological role linked to this element.

Reaction to temperature

Bethsaide sanchez 2nd period

Nihonium

Element 113

Common properies

Room temp: expected for it to stay solid

Uses and properties

Predicted melting point: 430c,810f,4000kBoiling point: 1100c,2000f,1400k

What is Nohonium?

Nihonium is element 113 in the modern periodic table, it has 285 atoms. It belongs to the boron group (group 13). It is highly radioactive and not naturally occuring, it happened when a scientist mixed 2 different chemicals that resulted in what we know as Nihonium.

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Thorium

Summary

Picture

some comon propierties rare, colourless, odourless, tasteless and chemically unreactive gas. common uses high-speed electronic flash bulbs used by photographers, sunbed lamps and bactericidal lamps used in food preparation and processing. conclusion Xenon gas, though rare and elusive, is a powerhouse of possibilities

Atomic number 54 Group and number 18, 54 At room temp It will be a gas

1/10

Xenon

vanadium Chemical element

Element Research Project

Vanadium plays a vital role in various industrial applications, primarily due to its strength, high melting point, and catalytic properties. Its increasing use in energy storage technologies highlights its importance in the transition to renewable energy sources. The metal's versatility and durability make it an essential component in modern engineering and manufacturing.

Vanadium is a chemical element; it has symbol V and atomic number 23.

Vanadium occurs in minerals like vanadinite, primarily produced in China, Russia, South Africa, and Brazil.

Selenium has a boiling point of approximately 685°C (1,265°F)

Selenium has a melting point of about 221°C (430°F).

its group 16 cause it shares similar chemical properties with other elements in that group, which include oxygen (O), sulfur (S), tellurium (Te), and polonium (Po). Group 16 is often referred to as the chalcogens, which means "ore-formers."

Iits atomic number is 34 It is a nonmetal and is found in group 16 of the periodic table, alongside other elements like oxygen and sulfur. Selenium has several allotropes and is essential in small amounts for certain biological functions, particularly as a component of the amino acid selenocysteine.

Se is my element it is non metal and part of the P table

Selenium

Narda Bustamante.

• Physical propeties-
• Atomic number: 99
• Atomic Mass: 252.0833
• Density: 8.84 g/cm^3
• melting Point: 860*
• Boiling point: Unknown

Einsteinium is an element with a famous name that almost no one has heard of. With 99 protons and 99 electrons, it sits in obscurity near the bottom of the periodic table of chemical elements, between californium and fermium

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What is Nobelium ?

Nobelium

Flerovium

What is Flerovium?

Flerovium is an extremely harmful element and is a radioactive metal that is very unstable made by high atomic collisions. At room temperature it is solid.

What is flerovium used in?

On the Periodic Table

Common Properties

In conclusion

Flerovium is a dangerous radioactive metal element made from nuclear collisions, never found in nature and only used for research.

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What are some common properties and common uses? Property: Oxidation is very unaffective to Hafnium and can be easily disfigured. Common Use: Is used in Electronics.

Hafnium

State of Matter at Room Temperature The state of matter at room temeprature from Hafnium is a solid.

Group & Number

Group Name - Transition Metals Number - 4

Element Card

Video

Due to its short half-life, the common uses for it are limited. Mainly, it is used for atomic structure research, spectroscopy, and chemistry research.

A common property of Francium that it shares with other alkali metals is that it is extremely reactive, making it highly unstable. Also, its half-life is incredibly short; its most stable isotope only has a half-life of 22 minutes, with the least stable being 3.5 nanoseconds.

Its state of matter is a solid at room temperature (20 C). However, its melting point is relatively low at 26 C, so it would be close to a liquid if it reached that temperature.

Atomic mass -->

(223.020)

Alkali Metal

Fr

Francium is located on the first group, and at the 7th period. It is the element on the bottom left corner on the periodic table.

87

Francium

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I have a message for you to learen about an elemnt on the periodic table that Cd->

solid

state of matter at room tem

48

atomic number and gruop

the element is

transition metal

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common uses: to coat optic fibres and optical mirrors, and for crucibles, thermocouple elements and headlight reflectors.

hard, shiny silvery metal

• solid at room temp

45

ttransition metal

Rhodium

Rh 102.906

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<-- Common Properties

At room temperature -->

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Moscovium

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<-- Common Properties

At room temperature -->

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Moscovium

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At room temperature, Dubnium is solid, like most metals.

State of Matter at Room Temperature: Solid

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Dubnium

+ INFO

+ INFO

Jared, M

Common properties

Appearance: Metallic, likely silvery Dubnium is expected to have a shiny, silver look similar to other metals. Density: Estimated to be around 14 g/cm³ This means Dubnium is very heavy for its size. Melting Point: Not specific, but probably high We don’t know its exact melting point, but it’s expected to be very high. Radioactivity: All isotopes are radioactive All types of Dubnium are unstable and break down over time.

Dubnium: An Overview

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Period: 7

It is in the seventh row of the periodic table, meaning it has a large atomic mass.

Group: Transition Metals

Dubnium belongs to the transition metals, which are known for their shiny appearance and good conductivity.

Atomic number:105

This number tells us how many protons are in a Dubnium atom.

Erbium is a soft, malleable, lustrous, silvery, metal. It reacts very slowly with oxygen and water.

Erbium is used for the coloring of lenses for people that wear glasses. It is also involved with control rods of nuclear reactors.

Erbium is a chemical element with the atomic # 68 and it's symbol Er. It is considered a lanthanide, which is a metal, and is in group 15, period 6.

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curium is a synthetic radioactive element used in nuclear reactors and research. it was discovered in 1944 and has isotopes like curium-242 and curium-244 its dense,silvery,and reactive

curium is a syntetic chemical element it has a symbol of Cm, its atomic number is 96, disccovered date: 1944 disocvered by: glenn sebaorg and colleagues. Origin of the name Curium: is named in honour of Pierre and Marie Curie.

curium

Video

Element in room tempetureThe Element Lawrence stays as a solid inm room tempeture

Lawrencium

+ info

+ info

+ info

+ info

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Sources

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Tile 1

Atomic number: 103Group: 17 Period:7

Lawrencium

Element

polonium Atomic number 84

group and number 16 post transition metals State of matter at room temp its a solid at room temp. common uses polonium is used as an alpha-particle source in the form of a thin film on a stainless steel disc.

common properties

polonium

+ INFO

Polonium is a radioactive, extremely rare semi-metal. It is reactive, silvery-gray, it dissolves in dilute acids, but it is only slightly soluble in alkalis. it is fairly volatile: about half of a sample of it will evaporate within 3 days (unless it is kept in a sealed container).

+ INFO

element research project

XX Month 20XX

Solid: Ice, metal, and wood.Liquid: Water, gasoline, and milk. Gas: Air, oxygen, and carbon dioxide.

some common

XX Month 20XX

At room temperature, which is generally around 20-25°C (68-77°F), matter can exist in three primary states: solids, where particles are closely packed and vibrate in fixed positions, giving them a definite shape and volume;

state of matter at room temo

XX Month 20XX

a group refers to a vertical column of elements that share similar chemical properties, while a number typically indicates the atomic number

group and number

XX Month 20XX

The atomic number is the number of protons in the nucleus of an atom, which uniquely identifies an element and determines its position in the periodic table. .

Atomic number

XX Month 20XX

An element is a pure substance made of one type of atom, defined by its atomic number. Examples include hydrogen (H), oxygen (O), and gold (Au).

an elemnt

SUMMARY

What we learned about this element; Erbium, is that it's a lanthanide with the atomic number of 68 in group 15, period 6 and it's a solid silver white metal that has some good uses to it for us like glasses tint. We also discovered it's boiling point is at 2668 Celcius and melting point is 1467 Celcius.

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Group number:

element:

Cesium

Atomic number :

Cesium's atomic number is 55.

Cesium is in period 6.

Period number:

Cesium group number is 1.

What is Cesium?

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More info.

Transition Metal

atomic Mass: 98.907

technetium

43

Group 7 Period 5

Atomi number

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Temperature

Properties

facts

CLICK HERE

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<-- Fun facts

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<-- Common Properties

At room temperature -->

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Moscovium

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Iridium (Ir) is classified as a transition metal. Transition metals are elements found in groups 3 to 12 of the periodic table. They are known for their ability to form various oxidation states, which means they can lose different numbers of electrons when reacting with other elements. Transition metals, including iridium, typically have high melting and boiling points, and they are often good conductors of electricity. Iridium is particularly noted for its resistance to corrosion and wear, making it valuable in industrial applications.

Conductor of Electricity

Properties of Iodine

Iodine, at room temperature, is a nonmetallic that is nearly black and also has a crystalline appearance. Ionide is mostly used for commercial purposes, such as pharmaceuticals, disinfectants, printing inks, dyes, catalysts, and photographic materials.

Pallaium has the appearance of a soft silver-white metal that resembles platinum.it is the least dense and has the lowest melting point of the platinum groups metals.

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Iridium is a rare, shiny metal that is very dense and hard. It is part of the platinum group and is known for not rusting or corroding easily.

Iridium

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Flerovium is in gorup 14 and period 7. Its symbol is , FI. Its atomic number is 114 and its atmoic mass is 289.

What does it look like on the periodic table?

It's boiling point is 2668 Celcius and Melting point at 1467 Celcius

State of Matter at Temperature

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Flerovium is not used for any products but only for research because of how harmful it is.

What is it used for?

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• Modertly soft
• Mallable
• Has a high melting point
• used to make ceramics
• welding rods
• camera and telescope lenses.

Common properties and uses

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state of matter at room temperature

Tungsten (W) is a rare silver-white metal and belongs to group VIB of the periodic table. Tungsten has a steel-like appearance but has a high melting point, low vapor pressure, and a low evaporation rate. Its melting point is as high as 3410 ° C and its boiling point can reach 5927 ° C.

• the state of matter of tungsten at a room temperature is solid

Picture of Thorium

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Thorium

Thorium is an actinide with an atomic number of 90. Thorium is in the Actinide group along side Actinium and Americium.Thorium is solid under normal temp.

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group and number

group - 6 period numer - 6

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Link

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What are some common properties of Cesium?

Some of the common properties of ceisum are:Cesium is soft, gold-colored metal.Ductile High density

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Summary Thorium is a natural occuring ,sligghtly radioactive metal discovered in 1828 by a Swedish chemist and named after the Norse god,Thor.

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The periodic table arranges elements by their atomic number and properties. Elements in the same column (group) often behave similarly. For example, transition metals like iridium are dense, conduct electricity well, and resist rusting. Understanding the periodic table is important in chemistry because it helps us know how elements will react with each other. This knowledge is useful in everyday life, like in medicine, making electronics, and even in environmental work. For example, knowing iridium's properties helps us use it in things like electrical contacts and high-temperature equipment.

Iodine is an element from the periodic table with an atomic number of 53 and the I symbol. It is considered the heaviest, and stable halogen, with an atomic mass of 126.904, and is in group 17

What is Iodine?

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The atomic weight of iridium (Ir) is approximately 192.22 atomic mass units (amu). This value represents the average mass of an iridium atom, taking into account the different isotopes of the element and their relative abundances. Iridium is one of the heaviest elements in the periodic table, which contributes to its density and various applications in technology and industry.

Element Weight

Tungsten was used extensively for the filaments of old-style incandescent light bulbs, but these have been phased out in many countries. This is because they are not very energy efficient; they produce much more heat than light.Tungsten has the highest melting point of all metals and is alloyed with other metals to strengthen them. Tungsten and its alloys are used in many high-temperature applications, such as arc-welding electrodes and heating elements in high-temperature furnaces. Tungsten carbide is immensely hard and is very important to the metal-working, mining and petroleum industries. It is made by mixing tungsten powder and carbon powder and heating to 2200°C. It makes excellent cutting and drilling tools, including a new ‘painless’ dental drill which spins at ultra-high speeds. Tungsten is the heaviest metal to have a known biological role. Some bacteria use tungsten in an enzyme to reduce carboxylic acids to aldehydes.

uses and properties

Flerovium's boiling point is 150 C and freezing point in 70 C.The density of Flerovium is unknown. It is created after a nuclear explosion.

Common Properties of Flerovium

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The element symbol for iridium is Ir. Iridium is a transition metal found in group 9 of the periodic table. It is known for being very dense, resistant to corrosion, and has a high melting point. Iridium is often used in applications like spark plugs, electrical contacts, and in some types of jewelry due to its durability.

Element Symbol

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The atomic number for iridium (Ir) is 77. This means that an iridium atom has 77 protons in its nucleus. The atomic number is important because it defines the element and determines its position on the periodic table. In addition to protons, iridium also has 77 electrons, which are responsible for its chemical behavior.

Atomic Number

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Conclusion

Iodine is a nonmetal that is in the halogens group which is in group 17 of the periodic table, it is organized in that group because in that group there are other halogens. Understanding the organization of the periodic table is important because the periodic table organizes the elements based on their properties, and it can apply to real life by the encounters with each element everyday.

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Fun Fact!

Thorium is actually named after the Norse god of thunder,Thor. though his hammer was never made of this element.

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