![]() ![]() The 2022 Dodgers were exceptional in many ways. Mookie Betts and his first walk-off hit with the Dodgers. If dig into the statistics, we might appreciate just how good these Dodgers are, now that the 2022 regular season has come to a close.īut when it does, sometimes it pays off handsomely. But considering that playoff statistics are often just as small of a sample size, which might be an apples-to-potatoes comparison, we pay attention to them. Now one might argue that it is not fair to criticize players over such a small sample size, but ultimately we are judging an outcome (or lack of one) for a scenario that does not happen every game. ![]() ![]() To answer the question: have the Dodgers gotten better with the bases loaded? A little bit. The Dodgers with the bases loaded in 2022 Had things improved? I decided to check for myself and then check again once life had gotten in the way. the Dodgers have developed a more collaborative approach to hitting based on first-hand observation rather than strict-iPad usage, as discussed in an excellent article by Fabian Ardaya at The Athletic.īut a thought occurred to me when I was in Kansas City watching the Dodgers fumble with the bases loaded, only to capitalize when Trea Turner was given a literal second opportunity in the same game. We discussed principles from the article in-depth earlier, and principles from that article regarding the Dodgers’ (relative) struggles with center-cut fastballs.īased on collaborative discussions that players have had with Freddie Freeman. Let m and v be the mass and velocity of the α-particle directed towards the centre of the nucleus.About a lifetime ago, or about ten weeks ago, if you want a non-melodramatic-oh-my-God-I-am-turning-40-description, a FanGraphs article came out that is worth your time. The distance of α-particle from the nucleus in this stage is called as the distance of closest approach and is represented by r 0. When whole of the kinetic energy is converted into electrostatic potential energy, the α-particle cannot further move towards the nucleus but returns back on its initial path i.e α-particle is scattered through an angle of 180°. Īs the α-particle approaches the nucleus, the electrostatic repulsive force due to the nucleus increase and kinetic energy of the alpha particle goes on converting into the electrostatic potential energy. An α-particle which moves straight towards the nucleus in head on direction reaches the nucleus i.e., it moves close to a distance r 0. ![]()
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