A Project on Titantium(Ti)

Slides:

Advertisements

Similar presentations

Advertisements

Fluorine Element Project

com Steel-Gray, Lustrous, Hard Metal with a high polish High Melting Point, Solid Good conductor of Thermal and Electrical Energy.

 WebElements Periodic Table of the Elements WebElements Periodic Table of the Elements.

By: Chayse Physical Properties *Osmium's phase is a solid. *Density is *Melting Point is 3306 K *Boiling Point.

Christian M. Lawrence 7.1 #5 Titanium Dioxide Native Titanium.

By: Adam Physical Properties color- silverish Classification-metal very hard Is conductive state-solid.

 This element is a silvery grey color.  Tin has no magnetism, so it is not magnetic.  It is in a solid state.  Tin is.

Periodic Table of The Elements

Caldwell Miller A-period. Major Group: Transition Metal Density: 4.5 grams per cubic centimeter. Reactivity: Tends not to be reactive. Magnetivity: Paramagnetic.

Calcium Hydrogen Copper Nickel Chlorine Helium Oxygen Iron Iodine Arsenic.

By Lauren, Andrea, and Alli

a. Click on this Periodic Table Link PERIODIC TABLE LINK b. Pick 4 elements you want to learn about… list them here c. You will place information.

The periodic table.

By: Albert Clemen S. Class: 7.4 Class no: 1

Tungsten By: Michelle Smith 74 W Tungsten

Science project By:Sultan AL Thani.

Silicon What is Silicon? What is its melting and boiling points?

Name: Period: Science 6th Grade

Presentation Silver Asst.Prof.Dr.Purit Thanakijkasem.

Myriam, Salwa, Viktoria 8C ZINC. ZINC FACTS Zn Atomic # 30 Atomic weight Silver-gray Group number 12 Period 4 Reacts to alkalis and acids. Zinc.

Facebook Titanium WallPhotosFlairBoxesTitaniumLogout View photos of Ti (5) Send TI a message Poke message Wall InfoPhotosBoxes Write something… Share Information.

Person who discovered the element: unknown When it was discovered: before ancient times.

Slide 1 Section 3.5 Ions and Their Compounds Objectives  To describe the formation of ions from their parent atoms  To learn to name ions  To predict.

CHEMISTRY PART 2 Periodic Table. Chemistry – Recall  Chemistry is the study of matter and the changes it undergoes  Physical Properties: cause a physical.

Chapter 7 Review “Ionic and Metallic Bonding”

Lithium, Beryllium, & Boron. LITHIUM By: Sonia Hung.

Lithium By : Monika Clark. Periodic Table Information Name – Lithium Atomic Symbol – Li Atomic Number – 3 Atomic Mass – Group # - 1 Period # - 2.

Cobalt By Selena Pineda.

Samarium Samarium Number:62 Number:62 Atomic mass: Atomic mass: Period:7 Period:7 62 Sm Samarium.

Katisha Correll Element Research Project 5/28/2010 Period: 6.

Chapter 7 Review “Ionic and Metallic Bonding”. Chapter 7 Review How many electrons does nitrogen gain in order to achieve a noble-gas electron configuration?

Titanium Martina Tycová Tereza Mlatečková. Discovery of titanium was discovered by William Gregor in 1791 first was named by Martin Klaprothem in 1795.

Element Poster Project 40 points

Resources (Spanish)

Element Title Page Name of element Your name Class and Block Picture of your element with a caption.

My Element: Nitrogen Element Symbol: N

Name Date Period 8.  Picture of atom:  Foreign Country:  Country of Origin:  Year Found:  Who is credited for finding the element? ◦  Interesting.

Potassium Properties and uses of Potassium  The boiling point for potassium is 1425°F  Potassium has the melting point of 146°F  A slivery color is.

Course Outline I.Introduction to Transition Metal Complexes. Classical complexes (Jorgenson and Werner) Survey of ligand coordination numbers, geometries.

Cobalt Grace Yuan + Teresa Chan. The Element Pronounced as: KO-bolt Origin: From the Latin word kobalt, meaning evil spirit, as the metal was so poisonous.

Potassium # Protons: 19 Atomic Number: Symbol: K

Hg Mercury With a nickname of liquid silver, even at low temps it stays the same It forms little balls that are lots of fun, but it turns out.

LEARNING ABOUT ATOMS BY READING THE PERIODIC TABLE.

Introduction to the Periodic Table Atomic Number ● Symbol ● Atomic Weight Element ● Compound ● Mixture.

The Element Within By: Landon Clark

Bria Bowie By: Period:6. Basic Information Symbol: K Atomic Number:19 Atomic Mass:39.10 Boiling Point: 1032K Melting Point: K Density: 0.89 grams.

Noble gases Jana Matoušková Eva Hýsková. Basic information  inert gases  oxidation number – 0  relatively unreactive  high ionization energies  negligible.

Ruthenium By Brian harris. Ruthenium  Melting point 2250  Boiling point 3900  Atomic number 44  Number of neutrons 57  Number of protons and electron.

By: Albert Clemen S. Class: 7.4 Class no: 1. Atomic Number: 22 Symbol: Ti Atomic Weight: Electron Configuration: 4s23d2 Melting Point: /-

Name of Element Name: Teacher: Ms. Anceriz.  Name of Element: Symbol: Date Element was discovered: Atomic Mass: Atomic number: Type of element: (metal,

Carbon By: Dustin Layton Atomic weight Atomic number-6.

Nickel By William Gunn. Discovery The use of Nickel dated back to ancient times in about 3500 BC. Bronzes from present day Syria had a nickel content.

Aluminum By: Jeremy C. Ashley.

1.Characteristics/properties. 2.How is it obtained. 3.Alloys 4.Uses.

EARTH SCIENCE Prentice Hall EARTH SCIENCE Tarbuck Lutgens 

Adopt an Element Advertisement

Chapter 7 Review “Ionic and Metallic Bonding”

Element Name Element Symbol Atomic # Atomic Weight # of Protons

Visual Vocabulary Chemistry.

Element Poster Project 40 points

Elements scavenger hunt

Name______________ period_____ Jefferson Lab

Chapter 7 Review “Ionic and Metallic Bonding”

Draw the structure diagram for the element.

Adopt an Element By:.

Presentation transcript:

A Project on Titantium(Ti) Michael Schiele

Specs on Ti Element Atomic Number – 22 Atomic Weight -47.867 Electron Config. 2-2-6-2-6-2-2

More Basic Info on Ti Name: Titanium Symbol: Ti Atomic Number: 22 Atomic Mass: 47.867 amu Melting Point: 1660.0 °C (1933.15 °K, 3020.0 °F) Boiling Point: 3287.0 °C (3560.15 °K, 5948.6 °F) Number of Protons/Electrons: 22 Number of Neutrons: 26 Classification: Transition Metal Crystal Structure: Hexagonal Density @ 293 K: 4.54 g/cm3 Color: silverish Number of Energy Levels: 4 First Energy Level: 2 Second Energy Level: 8 Third Energy Level: 10 Fourth Energy Level: 2

Facts About Titanium Date of Discovery: 1791 Discoverer: William Gregor Name Origin: From the Greek word titanos (Titans) Obtained From: minerals (ilmenite, rutile) located in the earths crust. x400 optical micrograph of a TA6V titanium alloy after anodic stain etch. Analysis of the hot corrosion of such alloys.

Mining location in Australia

x400 optical micrograph of a TA6V titanium alloy after anodic stain etch. Analysis of the hot corrosion of such alloys.

More Specs on the Titanium Element

Compounds formed using Ti Fluorides TiF2 TiF3 TiF4 Chlorides TiCl2 TiCl3 TiCl4 Bromides TiBr2 TiBr3 TiBr4 Iodides TiI2 TiI3 TiI4 Hydrides TiH2 Oxides TiO TiO2 Ti2O3 Ti3O5 Sulfides TiS TiS2 Ti2S3 Nitrides TiN

Reactions Formed with Ti Ti reacting with KClO4 Click on picture to see reaction

Where Ti can be found Titanium is mainly mined from the earths crust and ocean floors.

Common uses for Titanium Surgical Implants Prosthetic devices Jet engines Chemical processing plants Pulp and paper industry Marine applications Sports equipment

Sources Efunda.com Materialsengineer.com Cablesands.com Chemicalelements.com