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Princeton Review 16th Edition PT1 Q63
Princeton Review's Book 63) The problem asks us to solve for the total work done by the forces. Work is known as the transfer of energy...
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keshprad
Princeton Review 16th Edition PT1 Q62
Princeton Review's Book 62) This question is asking us to find the ratio of the momentum of two simultaneously dropped objects just...
keshprad
Princeton Review 16th Edition PT1 Q59
Princeton Review's Book 59) This question asks us to consider the electric potential energy of the given situations and select which...
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Princeton Review 16th Edition PT1 Q58
Princeton Review's Book 58) For half-life questions, we need to know the original mass and the time it takes for 1 half-life. This...
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Princeton Review 16th Edition PT1 Q57
Princeton Review's Book 57) We need to find the period, in seconds, of the wave. There are two main equations necessary to solve this...
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Princeton Review 16th Edition PT1 Q56
Princeton Review's Book 56) This problems asks us to find the wavelength of the drawn wave. A wavelength is defined as the distance...
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Princeton Review 16th Edition PT1 Q55
Princeton Review's Book 55) The amplitude of the wave is the maximum amount of displacement the wave can create on the medium. I have...
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Princeton Review 16th Edition PT1 Q47
Princeton Review's Book 47) The problem asks us to select the best graph of the Temperate of a block of ice with respect to time. The...
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Princeton Review 16th Edition PT1 Q36
Princeton Review's Book 36) In this question, we are relating a wave's speed and its wavelength. So, we can use the following equation....
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Princeton Review 16th Edition PT1 Q34
Princeton Review's Book 34) This question requires a basic understanding of harmonics and standing waves. Harmonics describes the...
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Princeton Review 16th Edition PT1 Q32
Princeton Review's Book 32) The problem gives us a Force vs Time graph and asks us to find the change in momentum. The change in momentum...
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Princeton Review 16th Edition PT1 Q31
Princeton Review's Book 31) This problem asks us to find the resulting acceleration answer option that cannot be possible. There is a 5kg...
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Princeton Review 16th Edition PT1 Q20
Princeton Review's Book 20) The problem tells us that the harmonic oscillator has a frequency of 2.5 Hz and an amplitude of 0.05 m. We...
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Princeton Review 16th Edition PT1 Q19
Princeton Review's Book 19) We are asked to consider the affect of distance on the electrostatic force between two objects. This question...
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Princeton Review 16th Edition PT1 Q17
Princeton Review's Book 17) For this question, we are now given that the mass m is 12kg. The problem states that the blocks will stick...
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Princeton Review 16th Edition PT1 Q16
Princeton Review's Book 16) Question 16 asks us to consider the Kinetic Energy of the system after the collision when assuming the...
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Princeton Review 16th Edition PT1 Q15
Princeton Review's Book 15) This question asks us about the momentum of the blocks. We are given a system of 2 blocks. The 4kg block is...
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Princeton Review 16th Edition PT1 Q18
Princeton Review's Book 18) The question asks for the relationship between acceleration and distance when a charged particle is released...
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Princeton Review 16th Edition PT1 Q14
Princeton Review's Book 14) We want to find out which satellite's speed it greater. To solve this problem, we can use equations for...
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Princeton Review 16th Edition PT1 Q13
Princeton Review's Book 13) This question simulates a man dropping a hammer while standing on the moon. They prompt us to write an...
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