<span>Oct 15, 2016 - You'll have to use the formula to find kinetic energy, E=1/2*m*v^2 the ... input which is 4000 juoles, the mass is 500 kg and the velocity is what ...</span>Kinetic/Potential Energy math problems? | Yahoo Answershttps://answers.yahoo.com/question/index?qid=20090326203307AACcKkz<span>CachedSimilar</span><span>Mar 26, 2009 - You don't have to answer them all, only the one(s) you know. 1. What is the velocity of a 500 kilogram elevator that has 4000 Joules of energy?</span><span>What is the velocity of a 800 kilogram elevator that has 3,560 ...</span>May 19, 2013<span>What is the velocity of an 500 kilogram elevator that has 4000 ...</span>Jan 30, 2013<span>What is the velocity of a 500 kg elevator that has 4,000 J of ...</span>Oct 19, 2011can someone help me with a couple of science/math problems ...Nov 28, 2007More results from answers.yahoo.com<span>[PDF]Ch. 11 Energy and Motion Review - Ms. Stalker</span>msstalker.weebly.com/uploads/3/2/1/1/.../ch.11_study_guide_review_answers.pdf<span>CachedSimilar</span><span>The truck has greater kinetic energy because its ... Energy= joules. Weight= Newton ... What is the velocity of a 500-kg elevator that has 4000 J of energy?</span><span>[DOC]Energy Problems (from combo page) - Midland ISD</span>www.midlandisd.net/cms/lib01/.../Energy%20Problems%20Gallery%20Walk.docCached<span>Determine the amount of potential energy of a 5 N book that is moved to 3 ... What is the velocity of a 500 kg elevator that has 4000 joules of kinetic energy? Ans:.</span>What is the velocity of an 500 kg elevator that has 4000 J of energywww.answers.com › ... › Categories › Science › Units of Measure › Weight and Mass<span>CachedSimilar</span><span>1/2(500kg) • v^2 = 4000J V = √(4000÷250) = 4 m/s. ... 250 kg roller coaster car has 20000 J of potential energy at the top of the hill what is the velocity of the car at the ... KE = 1/2mV^2 300 Joules = 1/2(1500 kg)V^2 multiply through by 2 600 ...</span>What is the velocity of an 500 kg elevator that has 4000 joules of energywww.answers.com › WikiAnswers › Categories › Science<span>CachedSimilar</span><span>500 joules is equal to 368.78 ft-lbf. For example, an object has 500 joules of kinetic energy, when its mass is 10 kg (~22 lbs) and it is traveling at 10 m/s (36 km/h ...</span>What is the velocity of an 500-kilogram elevator that has 4000 joules of ...brainly.com › High School › PhysicsCached<span>Mar 5, 2014 - ... is the velocity of an 500-kilogram elevator that has 4,000 joules of energy? ... Brainly has millions of high quality answers, all of them carefully ...</span>Potential energy and Kinetic energy Flashcards | Quizlethttps://quizlet.com/151831434/potential-energy-and-kinetic-energy-flash-cards/Cached<span>What is the kinetic energy of a 3-kilogram ball that is rolling at 2 meters per ... What is the velocity of an 500-kilogram elevator that has 4,000 joules of energy?</span>Energy Problems Key.pdf - Owen J. Roberts School Districtojrsd.schoolwires.net/site/.../filedownload.ashx?...Energy%20Problems%20Key.pdf<span>A description for this result is not available because of this site's robots.txtLearn more</span><span>[PDF]Gravitational Potential Energy and Motional Kinetic _Enerqv Forms of ...</span>www.mayfieldschools.org/.../Worksheet_MechanicalEnergy_2015_Solutions.pdf<span>CachedSimilar</span><span>measured in joules. ... kilograms) as well as the velocity or speed of that object. .... is the velocityiof a 500-kg elevator that has 4000 J of motional kinetic energy?</span>
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Answer: thermal conductivity
Explanation:
Answer:
true!
Explanation:
if youre going by the scientific method, observations are mainly first. then questions, research, etc
The principal quantum number, <span>nn</span>, designates the principal electron shell. Because n describes the most probable distance of the electrons from the nucleus, the larger the number n is, the farther the electron is from the nucleus, the larger the size of the orbital, and the larger the atom is. n can be any positive integer starting at 1, as <span><span>n=1</span><span>n=1</span></span> designates the first principal shell (the innermost shell). The first principal shell is also called the ground state, or lowest energy state. This explains why <span>nn</span> can not be 0 or any negative integer, because there exists no atoms with zero or a negative amount of energy levels/principal shells. When an electron is in an excited state or it gains energy, it may jump to the second principle shell, where <span><span>n=2</span><span>n=2</span></span>. This is called absorption because the electron is "absorbing" photons, or energy. Known as emission, electrons can also "emit" energy as they jump to lower principle shells, where n decreases by whole numbers. As the energy of the electron increases, so does the principal quantum number, e.g., n = 3 indicates the third principal shell, n = 4 indicates the fourth principal shell, and so on.
