See the illustration. If a charged capacitor is connected to a coil by closing a switch, energy

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See the illustration. If a charged capacitor is connected to a coil by closing a switch, energy is transferred to the coil and then back to the capacitor in an oscillatory motion. The voltage V (in volts) across the capacitor will gradually diminish to 0 with time t (in seconds).

(a) Graph the function relating V and t:

cos (πt ),. 0 <t< 3 V(t) = e/3


(b) At what times t will the graph of V touch the graph of y = e-t/3? When does the graph of V touch the graph of y = e-t/3

(c) When will the voltage V be between -0.4 and 0.4 volt?

Switch Capacitor Coil

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Related Book For  answer-question

Precalculus

ISBN: 978-0321716835

9th edition

Authors: Michael Sullivan

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