Exam 1 - RIT
... A satellite, mass M, has a circular orbit about the Earth, mass ME and radius RE. The height of the satellite is H above sea level. The force that causes the satellite to move in a circle is (a) M g (b) M G ME / RE2 (c) M G ME / (RE + H)2 (d) M g ME / (RE + H)2 _______ The true weight of an object, ...
... A satellite, mass M, has a circular orbit about the Earth, mass ME and radius RE. The height of the satellite is H above sea level. The force that causes the satellite to move in a circle is (a) M g (b) M G ME / RE2 (c) M G ME / (RE + H)2 (d) M g ME / (RE + H)2 _______ The true weight of an object, ...
Physics Mechanics Midterm Review w/ Solutions
... It will take the bullet some time, tc , to arrive at the x position of the target, xT . At that time, the bullet and target will be at the same x postion (the target's x postion does not change since it falls straight down). Thus, we have at time tc : ...
... It will take the bullet some time, tc , to arrive at the x position of the target, xT . At that time, the bullet and target will be at the same x postion (the target's x postion does not change since it falls straight down). Thus, we have at time tc : ...
Trajectories of charged particles trapped in Earth`s magnetic field
... cyclotron motion described above. The drift velocity vE is independent of particle mass and charge. Therefore, in an inertial frame moving with vE , the E-cross-B-drift will vanish for all types of particles. For the remainder of this paper we take E = 0, that is, the acceleration due to the electri ...
... cyclotron motion described above. The drift velocity vE is independent of particle mass and charge. Therefore, in an inertial frame moving with vE , the E-cross-B-drift will vanish for all types of particles. For the remainder of this paper we take E = 0, that is, the acceleration due to the electri ...
PHYS-102 LAB 2 Millikan Oil Drop Experiment
... put the entire apparatus in unionizable gas, what term(s) in your equations for the charges or for the individual forces would need to be modified? ...
... put the entire apparatus in unionizable gas, what term(s) in your equations for the charges or for the individual forces would need to be modified? ...
Basic_MD
... calculations this proportion cannot be achieved because the forces are very rapidly changing nonlinear functions, particularly in the region where the atoms repel each other. So one of the desirable features of an MD integrator is to minimize the need for the force calculation. Also the integrator s ...
... calculations this proportion cannot be achieved because the forces are very rapidly changing nonlinear functions, particularly in the region where the atoms repel each other. So one of the desirable features of an MD integrator is to minimize the need for the force calculation. Also the integrator s ...
LB 220 Homework 1 (due Monday, 01/14/13)
... 3. A team of dogs pull a sled up a snow covered path with a 5◦ incline with a force of 500 N at an angle of 10◦ above the inclined path. Determine the horizontal and vertical components of the force. Solution: The force vector is directed 15◦ above the horizontal. The horizontal component is therefo ...
... 3. A team of dogs pull a sled up a snow covered path with a 5◦ incline with a force of 500 N at an angle of 10◦ above the inclined path. Determine the horizontal and vertical components of the force. Solution: The force vector is directed 15◦ above the horizontal. The horizontal component is therefo ...
7.2.1 Seismic waves - The Berkeley Course in Applied Geophysics
... planes or (u/x )dx. The strain, the change in dimension in the x direction normalized by the unstressed dimension in x, is then simply u/x. The stress at x is P, which is the force per unit area or F/A. The force also varies with x so we may write the stress at x + dx as P +(P/x) dx. Hooke’s l ...
... planes or (u/x )dx. The strain, the change in dimension in the x direction normalized by the unstressed dimension in x, is then simply u/x. The stress at x is P, which is the force per unit area or F/A. The force also varies with x so we may write the stress at x + dx as P +(P/x) dx. Hooke’s l ...
Question Bank - India Study Channel
... Long answer Questions 1. State universal law of gravitation? Derive the relation to find the force between 2 objects placed at distance “r”? 2. What is relative density of a substance? Relative density of silver is 10. 8 g. the density of water is 1000kg/m³. What is the density of silver in SI unit? ...
... Long answer Questions 1. State universal law of gravitation? Derive the relation to find the force between 2 objects placed at distance “r”? 2. What is relative density of a substance? Relative density of silver is 10. 8 g. the density of water is 1000kg/m³. What is the density of silver in SI unit? ...
Deriving the Fresnel Equations 5.2.2 Fresnel Equations
... Next we should write the corresponding equations for the reflected wave and the transmitted wave (requiring changes in the k-vector). Then we need the same set of equations for the magnetic field. For that we have to know how the magnetic field of an electromagnetic wave can be derived from its elec ...
... Next we should write the corresponding equations for the reflected wave and the transmitted wave (requiring changes in the k-vector). Then we need the same set of equations for the magnetic field. For that we have to know how the magnetic field of an electromagnetic wave can be derived from its elec ...