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GRE Physics GR0877 Problem 013 Solution
GRE Physics GR0877 Problem Solution 013. Laboratory Methods (Data Analysis) You should know Log-log Plot Solution Answer $latex \\text{(A)} y = 6 \\sqrt{x} $
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GRE Physics GR0877 Problem 012 Solution
GRE Physics GR0877 Problem Solution 012. Quantum Mechanics (Bohr Model) You should know Bohr Model Solution Answer $latex \\text{(C)} \\frac{n \\hbar}{r_n} $
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GRE Physics GR0877 Problem 011 Solution
GRE Physics GR0877 Problem Solution 011. Quantum Mechanics (Quantum Harmonic Oscillator) You should know Quantum Harmonic Oscillator Solution Answer $latex \\text{(C)} \\frac{1}{2} \\hbar \\omega $
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GRE Physics GR0877 Problem 010 Solution
GRE Physics GR0877 Problem Solution 010. Classical Mechanics (Conservation of Energy) You should know Springs Conservation of energy Solution Answer $latex \\text{(B)} s = v \\sqrt{\\frac{m}{k}} $
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GRE Physics GR0877 Problem 009 Solution
GRE Physics GR0877 Problem Solution 009. Classical Mechanics (Kepler\’s Laws) You should know Kepler\’s Laws Solution Answer (E) I, II, and III
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GRE Physics GR0877 Problem 008 Solution
GRE Physics GR0877 Problem Solution 008. Quantum Mechanics (Stefan-Boltzmann Law) You should know Stefan-Boltzmann Law Solution Answer (D) 16
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GRE Physics GR0877 Problem 007 Solution
GRE Physics GR0877 Problem Solution 007. Statistic Mechanics (Kinetic Theory) You should know Kinetic Theory (Root-mean-square velocity) Solution Answer $latex \\text{(C)} \\sqrt{ \\frac{3kT}{m} }$
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GRE Physics GR0877 Problem 006 Solution
GRE Physics GR0877 Problem Solution 006. Atomic Physics (Electron Configuration) You should know Electron Configuration Solution Answer (E) 10
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GRE Physics GR0877 Problem 005 Solution
GRE Physics GR0877 Problem Solution 005. Quantum Mechanics (De Broglie Wavelength) You should know de Broglie Wavelength (Matter Wave) Solution Answer (A) Planck\’s constant
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GRE Physics GR0877 Problem 004 Solution
GRE Physics GR0877 Problem Solution 004. Electrodynamics (Lorentz Force) You should know Lorentz Force: there will be no magnetic force on the loop because v and B are parallel. Solution Answer (E) There is no magnetic force.