name leilani mendez 9 - 24 - 25 period 8th\nphet lab build an atom simulation\ngoogle: phet lab build an…

name leilani mendez 9 - 24 - 25 period 8th\nphet lab build an atom simulation\ngoogle: phet lab build an atom\natoms are the smallest particle of an element that retain the properties of that element.\natoms are made of three subatomic particles; protons, neutrons, and electrons (p⁺, n⁰, e⁻).\nprotons have a mass of ____ amu and a charge of ____.\nneutrons have a mass of ____ amu and a charge of ____.\nelectrons have a mass of nearly ____ amu and a charge of ____.\nshow\nelement\nneutral/ion\nstable/unstable\nprocedure: use the phet lab “build an atom” simulation.\ncheck all 3 boxes in “show” (example left) and click all 3 green - boxes for element, net charge, and mass number.\nbecome familiar with the simulation. notice what happens to the element, the charge, and the mass when you add p⁺, n⁰, or e⁻. to start over with a new atom, click \nbuild the first 10 elements on the periodic table.\nmake sure you build an atom for each element that is stable (some element have more than 1 stable isotope, one stable isotope is fine) and has 0 net charge.\nelement symbol atomic number number of p⁺ number of n⁰ mass number number of e⁻\nh\nhe\nli\nbe\nb\nc\nn\no\nf\nne

name leilani mendez 9 - 24 - 25 period 8th\nphet lab build an atom simulation\ngoogle: phet lab build an atom\natoms are the smallest particle of an element that retain the properties of that element.\natoms are made of three subatomic particles; protons, neutrons, and electrons (p⁺, n⁰, e⁻).\nprotons have a mass of ____ amu and a charge of ____.\nneutrons have a mass of ____ amu and a charge of ____.\nelectrons have a mass of nearly ____ amu and a charge of ____.\nshow\nelement\nneutral/ion\nstable/unstable\nprocedure: use the phet lab “build an atom” simulation.\ncheck all 3 boxes in “show” (example left) and click all 3 green - boxes for element, net charge, and mass number.\nbecome familiar with the simulation. notice what happens to the element, the charge, and the mass when you add p⁺, n⁰, or e⁻. to start over with a new atom, click \nbuild the first 10 elements on the periodic table.\nmake sure you build an atom for each element that is stable (some element have more than 1 stable isotope, one stable isotope is fine) and has 0 net charge.\nelement symbol atomic number number of p⁺ number of n⁰ mass number number of e⁻\nh\nhe\nli\nbe\nb\nc\nn\no\nf\nne

Answer

Brief Explanations:

Protons have a mass of approximately 1 amu and a charge of +1. Neutrons have a mass of approximately 1 amu and a charge of 0. Electrons have a mass of nearly 0 amu and a charge of - 1. For the first 10 elements:

  • Hydrogen (H): Atomic number 1, 1 proton, 0 neutrons, mass number 1, 1 electron.
  • Helium (He): Atomic number 2, 2 protons, 2 neutrons, mass number 4, 2 electrons.
  • Lithium (Li): Atomic number 3, 3 protons, 4 neutrons, mass number 7, 3 electrons.
  • Beryllium (Be): Atomic number 4, 4 protons, 5 neutrons, mass number 9, 4 electrons.
  • Boron (B): Atomic number 5, 5 protons, 6 neutrons, mass number 11, 5 electrons.
  • Carbon (C): Atomic number 6, 6 protons, 6 neutrons, mass number 12, 6 electrons.
  • Nitrogen (N): Atomic number 7, 7 protons, 7 neutrons, mass number 14, 7 electrons.
  • Oxygen (O): Atomic number 8, 8 protons, 8 neutrons, mass number 16, 8 electrons.
  • Fluorine (F): Atomic number 9, 9 protons, 10 neutrons, mass number 19, 9 electrons.
  • Neon (Ne): Atomic number 10, 10 protons, 10 neutrons, mass number 20, 10 electrons.

Answer:

Protons: mass - 1 amu, charge - +1; Neutrons: mass - 1 amu, charge - 0; Electrons: mass - nearly 0 amu, charge - 1; H: Atomic number 1, Number of P⁺ - 1, Number of N⁰ - 0, Mass Number - 1, Number of e⁻ - 1; He: Atomic number 2, Number of P⁺ - 2, Number of N⁰ - 2, Mass Number - 4, Number of e⁻ - 2; Li: Atomic number 3, Number of P⁺ - 3, Number of N⁰ - 4, Mass Number - 7, Number of e⁻ - 3; Be: Atomic number 4, Number of P⁺ - 4, Number of N⁰ - 5, Mass Number - 9, Number of e⁻ - 4; B: Atomic number 5, Number of P⁺ - 5, Number of N⁰ - 6, Mass Number - 11, Number of e⁻ - 5; C: Atomic number 6, Number of P⁺ - 6, Number of N⁰ - 6, Mass Number - 12, Number of e⁻ - 6; N: Atomic number 7, Number of P⁺ - 7, Number of N⁰ - 7, Mass Number - 14, Number of e⁻ - 7; O: Atomic number 8, Number of P⁺ - 8, Number of N⁰ - 8, Mass Number - 16, Number of e⁻ - 8; F: Atomic number 9, Number of P⁺ - 9, Number of N⁰ - 10, Mass Number - 19, Number of e⁻ - 9; Ne: Atomic number 10, Number of P⁺ - 10, Number of N⁰ - 10, Mass Number - 20, Number of e⁻ - 10;