List the three subatomic particles of the atom. Indicate the charge of each. What is the difference between an atom and a molecule? What is the difference between a molecule and a compound? Provide an example of an atom, a molecule, and a compound.
Three subatomic particles are electron, proton and nuetron.
Charge on electron = -1. 6*10^-19 C
Charge on proton =+1.6*10^-19
Charge on nuetron = 0
Atom is A smallest unit that cannot exist freely and that shows all the properties of the element. Example - H, He
Molecule = is formed when two or more atoms combine example - H2
Compund - is formed when different types of atoms combine
Example - CO2
List the three subatomic particles of the atom. Indicate the charge of each. What is the...
List two characteristics of each of the three subatomic particles. Differentiate between a molecule and a compound.
Which of these best descibe formal charge? Select all that apply. The charge that an atom in a molecule or ion would have if all atoms had the same electronegativity Can be used to help determine the most reasonable distribution of electrons in a molecule or ion The diference between the number of electrons around an atom in the free state and the number of electrons assigned to the atom in the Lewis structure an atom in a chemical compound...
A particle with negative charge "q" is placed halfway between two other particles, each of charge Q ("Q1" and "Q2"). The distance between Q1 and charge q is a distance of d. If all three particles experience a net force of zero, what is the value of Q in terms of q? Help with dimensional analysis? na 2.
A particle with negative charge "q" is placed halfway between two other particles, each of charge Q ("Q1" and "Q2"). The distance between Q1 and charge q is a distance of d. If all three particles experience a net force of zero, what is the value of Q in terms of q? I would appreciate if a dimensional analysis could be added to this.
What is the symbol of the species composed of each of the following sets of subatomic particles? a. 53p. 74n, 53e The symbol is b. 26p, 29n, 23e The symbol is c. 34p. 45n, 34e The symbol is d. 56p. 80n, 56e The symbol is
Why do scientists need particle accelerators to discover new particles and to study the properties of known particles? charge greater than less Particle accelerators allow scientists to accelerate subatomic particles to very high speeds( the speed of light). At these speeds, collisions between the accelerated particles and particles in a stationary target have sufficient energy to produce new particles and/or known particles via energy conversion greater near For example, the mediators of the weak nuclear interaction have very large rest...
PC 101 Homework 02 Given each compound or molecule, first state whether each atom is a metal or nonmetal. Then, using your electronegativity chart, provide the electronegativity (En) values for each atom and then mathematically predict whether the bond between the atoms will be an ionic bond, a polar covalent bond, or a nonpolar covalent bond. Compound/Molecule 1st Atom (metal or nonmetal) 1st atom’s En Value 2nd Atom (metal or nonmetal) 2nd Atom’s En Value En Difference Bond Type H-Cl ...
Ionic & Covalent Virtual Lab Pre-Virtual Lab Questions: Answer these before going to the website to begin the virtual lab. 1. Where are metal atoms located on the periodic table? Where are non metal atoms located on the periodic table? 2. What subatomic particles) participate in chemical bonding? 3. In your own words, define valence electrons. 4. How can you determine the number of valence electrons in an atom using the periodic table? 5. Draw a Lewis Dot Structure for...
What is a particle accelerator? How do scientists use particle accelerators to study subatomic particles? What particle is exchanged to generate each of the four fundamental forces? What medical technologies (e.g. PET) rely on the physics of elementary particles? What are the benefits of noninvasive procedures such as PET? How is astronomy the oldest science? How does the energy produced at the core of the Sun reach the photosphere? Why won
A beam of muons (a subatomic particle with mass 1.884×10-28 kg and charge of -1.60×10-19 C) is accelerated by a potential difference of 3.05 kV and then enters a region 28.0 cm long with mutually perpendicular magnetic field (directed INTO the page) and electric field (a crossed-field region) travelling from left to right. If the magnetic field strength is 2.65 T what electric field strength and direction is required so that the particles are undeflected through the cross-field region?