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Conservation of Energy Implies Conservation of Momentum: How We Can Explain Conservation of Momentum to Before-Calculus Students

机译:能量守恒意味着动量守恒:我们如何解释前微积分学生的动量守恒

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摘要

In solving physics problems, it is often important to use the laws of conservation of energy and momentum. While most people have intuitive understanding of energy and of its conservation, there is usually no intuition behind momentum, and known textbook derivations of conservation of momentum use calculus -- which is usually taught after momentum. In this paper, we show how the law of conservation of momentum can be explained to before-calculus student: by using the fact that this law can be derived from the more intuitive conservation of energy if we consider energy in different coordinate systems.
机译:在解决物理问题时,通常重要的是利用能量和动量守恒定律。虽然大多数人对能量及其守恒有直觉的理解,但是动量背后通常没有直觉,并且已知的教科书关于动量守恒的演算使用演算-通常在动量之后讲授。在本文中,我们展示了如何向微积分前的学生解释动量守恒定律:通过使用以下事实:如果我们考虑不同坐标系中的能量,则可以从更直观的能量守恒推导该定律。

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