Chapter 5 Atomic Structure & the Periodic Table
... Element Names • Magnesium = region in Greece known as Magnesia • Lithium = Greek word lithos, meaning stone • Neptunium = after the planet Neptune • Hydrogen (H), Sulfur (S), Carbon (C) • Gold (Au), Lead (Pb), Iron (Fe), Copper (Cu) = symbols come from latin names. ...
... Element Names • Magnesium = region in Greece known as Magnesia • Lithium = Greek word lithos, meaning stone • Neptunium = after the planet Neptune • Hydrogen (H), Sulfur (S), Carbon (C) • Gold (Au), Lead (Pb), Iron (Fe), Copper (Cu) = symbols come from latin names. ...
File
... -Maximum # of e- in an energy level found using ______ -________ on the Periodic Table indicate the energy level!! ...
... -Maximum # of e- in an energy level found using ______ -________ on the Periodic Table indicate the energy level!! ...
Lesson 3.1
... by grams and kilograms, so scientists use “atomic mass units” or “amu.” A proton OR a neutron is equal to one amu. Atomic Number – The number of protons in the nucleus of an atom is the atomic number. Isotopes – All atoms of an element have the same number of protons, but sometimes the number of neu ...
... by grams and kilograms, so scientists use “atomic mass units” or “amu.” A proton OR a neutron is equal to one amu. Atomic Number – The number of protons in the nucleus of an atom is the atomic number. Isotopes – All atoms of an element have the same number of protons, but sometimes the number of neu ...
Jeopardy
... What property of metal best describes why an ice cube will melt faster in a metal pan than on a plastic cutting board---even if both items are at room temperature ...
... What property of metal best describes why an ice cube will melt faster in a metal pan than on a plastic cutting board---even if both items are at room temperature ...
Chapter 4 The structure of the Atom
... Atoms with the same number of protons but different number of neutrons 17. How do you identify an isotope? By the mass number 18. What is the mass number? The sum of the atomic number and the neutrons in the nucleus 19. Write some characteristics of isotopes Same chemical behavior Their abundance is ...
... Atoms with the same number of protons but different number of neutrons 17. How do you identify an isotope? By the mass number 18. What is the mass number? The sum of the atomic number and the neutrons in the nucleus 19. Write some characteristics of isotopes Same chemical behavior Their abundance is ...
Science Homework week 2
... 6. What information would you use to distinguish between atoms of different elements? The numbers of protons, neutrons and electrons. 7. Use an example to identify the smallest unit of an element. 8 a. Dalton proposed his atomic theory in 1808. Outline the theory. All matter is composed of atoms, A ...
... 6. What information would you use to distinguish between atoms of different elements? The numbers of protons, neutrons and electrons. 7. Use an example to identify the smallest unit of an element. 8 a. Dalton proposed his atomic theory in 1808. Outline the theory. All matter is composed of atoms, A ...
atomic theory powerpoint
... ordinary chemical reactions or physical changes. • All the matter that has ever existed still exists and always will • It can change form or location but can always be accounted for. ...
... ordinary chemical reactions or physical changes. • All the matter that has ever existed still exists and always will • It can change form or location but can always be accounted for. ...
History of Atomic Models
... address within the atom represented by the letters n, l, m and ms. Principal Quantum Number (n)- the principle energy level in which the electron resides. An electron’s “n” is determined by the row of the periodic table in which the element is located. Electron shell- the set of orbitals within the ...
... address within the atom represented by the letters n, l, m and ms. Principal Quantum Number (n)- the principle energy level in which the electron resides. An electron’s “n” is determined by the row of the periodic table in which the element is located. Electron shell- the set of orbitals within the ...
Study Guide - Chapter 11
... Section 1 – Development of the Atomic Theory Democritus – if you cut something, you eventually end up with a particle that can’t be cut A. Atom comes from the Greek word “Atomos”, meaning “not able to be divided” Atom – the smallest particle into which an element can be divided and still be the same ...
... Section 1 – Development of the Atomic Theory Democritus – if you cut something, you eventually end up with a particle that can’t be cut A. Atom comes from the Greek word “Atomos”, meaning “not able to be divided” Atom – the smallest particle into which an element can be divided and still be the same ...
Atom model - SchoolNova
... by experimentation and examination of the results in an empirical fashion. • All elements are composed of atoms. • Atoms are indivisible and indestructible particles. • Atom model: a billiard ball or a marble. H • Atoms of the same element are exactly alike. O • Atoms of different elements are diffe ...
... by experimentation and examination of the results in an empirical fashion. • All elements are composed of atoms. • Atoms are indivisible and indestructible particles. • Atom model: a billiard ball or a marble. H • Atoms of the same element are exactly alike. O • Atoms of different elements are diffe ...
Periodic Properties of the Elements Effective Nuclear Charge, Zeff
... first ionization energy decreases down a column. The outer electrons are in higher principle quantum shells and are further from the nucleus. Less attraction to the nucleus thus easier to remove. We see some exceptions however. For example, IE1 of N is greater than IE1 of O. Why? Half-filled p-suble ...
... first ionization energy decreases down a column. The outer electrons are in higher principle quantum shells and are further from the nucleus. Less attraction to the nucleus thus easier to remove. We see some exceptions however. For example, IE1 of N is greater than IE1 of O. Why? Half-filled p-suble ...
Henry Moseley, the Atomic Number, and Synthesis
... to advance the understanding of the elements and solve the problem with Mendeleev’s periodic table. Explain that organizing the elements by their weight did not always give a periodic alignment of their chemical properties. Moseley noticed that shooting electrons at elements caused them to release x ...
... to advance the understanding of the elements and solve the problem with Mendeleev’s periodic table. Explain that organizing the elements by their weight did not always give a periodic alignment of their chemical properties. Moseley noticed that shooting electrons at elements caused them to release x ...
Henry Moseley, the Atomic Number, and Synthesis
... to advance the understanding of the elements and solve the problem with Mendeleev’s periodic table. Explain that organizing the elements by their weight did not always give a periodic alignment of their chemical properties. Moseley noticed that shooting electrons at elements caused them to release x ...
... to advance the understanding of the elements and solve the problem with Mendeleev’s periodic table. Explain that organizing the elements by their weight did not always give a periodic alignment of their chemical properties. Moseley noticed that shooting electrons at elements caused them to release x ...
history_of_the_atom_student
... In 1913, proposed the Bohr Model, which suggests that electrons travel around the nucleus of an atom in orbits or definite paths. Additionally, the electrons can jump from a path in one level to a path in another level (depending on their energy) Won a Nobel Prize Worked with Ernest Rutherford ...
... In 1913, proposed the Bohr Model, which suggests that electrons travel around the nucleus of an atom in orbits or definite paths. Additionally, the electrons can jump from a path in one level to a path in another level (depending on their energy) Won a Nobel Prize Worked with Ernest Rutherford ...
History of the Atom - Oak Park Unified School District
... > Mass of 1.0073 amu (2000x bigger than electron) > Atomic number: (Z) # of protons in nucleus, identifies elements • Neutron: neutral particle found in the nucleus > Mass of 1.0087 amu (about the same as a proton) > Number of neutrons determines isotopes ...
... > Mass of 1.0073 amu (2000x bigger than electron) > Atomic number: (Z) # of protons in nucleus, identifies elements • Neutron: neutral particle found in the nucleus > Mass of 1.0087 amu (about the same as a proton) > Number of neutrons determines isotopes ...
CHEMISTRY IM 06 SYLLABUS
... volume for gases will also be given when required. Syllabus Chemistry is an experimental science and it is essential that students spend time in a laboratory to see for themselves how chemists work. It may not be possible for students following this course to participate actively in laboratory work: ...
... volume for gases will also be given when required. Syllabus Chemistry is an experimental science and it is essential that students spend time in a laboratory to see for themselves how chemists work. It may not be possible for students following this course to participate actively in laboratory work: ...
CHEMISTRY IM 06 SYLLABUS
... volume for gases will also be given when required. Syllabus Chemistry is an experimental science and it is essential that students spend time in a laboratory to see for themselves how chemists work. It may not be possible for students following this course to participate actively in laboratory work: ...
... volume for gases will also be given when required. Syllabus Chemistry is an experimental science and it is essential that students spend time in a laboratory to see for themselves how chemists work. It may not be possible for students following this course to participate actively in laboratory work: ...
PERIODIC PROPERTY: SIZE OF THE ATOM/ ATOMIC RADIUS
... As you move towards right in a row, you will find that the orbit number remains the same but the number of electrons and the number of protons increase. Nucleus becomes more powerful with the increasing number of protons and therefore it becomes capable of binding electrons more closely . That is wh ...
... As you move towards right in a row, you will find that the orbit number remains the same but the number of electrons and the number of protons increase. Nucleus becomes more powerful with the increasing number of protons and therefore it becomes capable of binding electrons more closely . That is wh ...
gr11chemreview
... The following questions highlight the main knowledge and skills from grade 11 chemistry. A good understanding of the concepts covered in grade 11 chemistry is essential for success in grade 12 chemistry and you may need to do some independent review of some material if you do not have a clear unders ...
... The following questions highlight the main knowledge and skills from grade 11 chemistry. A good understanding of the concepts covered in grade 11 chemistry is essential for success in grade 12 chemistry and you may need to do some independent review of some material if you do not have a clear unders ...
Science 9
... What are the two types of reactions that involve a gain or a release of energy? Explain each type. ...
... What are the two types of reactions that involve a gain or a release of energy? Explain each type. ...
Subatomic Particles
... Thomson later turned his attention to another interesting phenomenon. When light of high energy strikes certain metals, negatively charged particles are given off from the metallic surface --> photoelectric effect Thomson proved that these negative particles were identical with the electrons of ...
... Thomson later turned his attention to another interesting phenomenon. When light of high energy strikes certain metals, negatively charged particles are given off from the metallic surface --> photoelectric effect Thomson proved that these negative particles were identical with the electrons of ...
Chapter 4 Notes
... ____________________ - smallest particle of an element that retains the ____________________ of that element. ____________________ is the man credited with the discovery of the electrons in the late _____, using cathode ray tubes. ____________________ discovered the mass of the electron. Knowledge o ...
... ____________________ - smallest particle of an element that retains the ____________________ of that element. ____________________ is the man credited with the discovery of the electrons in the late _____, using cathode ray tubes. ____________________ discovered the mass of the electron. Knowledge o ...
Development of Atomic Theory
... All substances made of atoms, which are small, cannot be created or divided or destroyed. Atoms of same element are alike; different elements made of different atoms. Atoms join with different atoms to form new substances. ...
... All substances made of atoms, which are small, cannot be created or divided or destroyed. Atoms of same element are alike; different elements made of different atoms. Atoms join with different atoms to form new substances. ...