Solved 26 The Spring In A Retractable Ballpoint Pen Is Chegg Problem 10.26 the spring in a retractable ballpoint pen is 1.8 cm long, with a 340 n m spring constant. when the pen is retracted the spring is compressed by 1.0 mm. When the tip of the pen is in its retracted position, the spring is compressed 4.60 mm from its unstrained length. in order to push the tip out and lock it into its writing position, the spring must be compressed an additional 6.70 mm.
Solved Problem 10 26 The Spring In A Retractable Ballpoint Chegg 26. || the spring in a retractable ballpoint pen is 1.8 cm long, with a 300 n m spring constant. when the pen is retracted, the spring is compressed by 1.0 mm. when you click the button to extend the pen, you compress the spring by an additional 6.0 mm. how much energy is required to extend the pen?. When the tip of the pen is in its retracted position, the spring is compressed 5.0 mm from its unstrained length. in order to push the tip out and lock it into its writing position, the spring must be compressed an additional 6.0 mm . The spring in a retractable ballpoint pen is 1.8 cm long, with a 340 n m spring constant. when the pen is retracted, the spring is compressed by 1.0 mm. when you click the button to extend the pen, you compress the spring by an additional 5.0 mm. how much energy is required to extend the pen?. Step 2: we need to calculate the required energy the elastic potential energy of a spring displaced a distance x from equilibrium is given by uel=21kx2 we substitute our values for x and k we get the elastic potential energy required to extend the pen (the spring reaches its equilibrium position).
Solved The Spring In A Retractable Ballpoint Pen Is 1 8cm Chegg The spring in a retractable ballpoint pen is 1.8 cm long, with a 340 n m spring constant. when the pen is retracted, the spring is compressed by 1.0 mm. when you click the button to extend the pen, you compress the spring by an additional 5.0 mm. how much energy is required to extend the pen?. Step 2: we need to calculate the required energy the elastic potential energy of a spring displaced a distance x from equilibrium is given by uel=21kx2 we substitute our values for x and k we get the elastic potential energy required to extend the pen (the spring reaches its equilibrium position). Find step by step physics solutions and the answer to the textbook question the spring in a retractable ballpoint pen is $1.8$ cm long, with a $300$ n m spring constant. Our expert help has broken down your problem into an easy to learn solution you can count on. question: the spring in a retractable ballpoint pen is 1.8 cm long, with a 340 n m spring constant. when the pen is retracted, the spring is compressed by 1.0 mm. The energy stored in a spring when it is compressed or extended is known as elastic potential energy. it is given by the formula u = ½ k x², where k is the spring constant and x is the displacement from the spring’s equilibrium position. The spring in a retractable ballpoint pen is 1.8 cm long, with a 350 n m spring constant. when the pen is retracted, the spring is compressed by 1.0 m | solutionspile.
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