A 14 microCoulomb charge is located at the origin and a -58 microCoulomb charge is located on the y-axis at y = 21.3 cm. What is the magnitude of the force with which the charges attract each other in units of N? Enter a number with two digits behind the decimal point. 1.61
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- I neep help understanding how to solve for this question, could anyone help me out? Attachment for more details for the qiestion is given. Question: Use the information in the given Table to show that it requires four times as much mass at half the distance from the center in order to produce the same moment of inertia. Assume a ruler's mass is negligible.Solve it correctly please. I will rate accordingly with 3votes.Sir, do correctly surely will upvote you
- Hand written asap.. I'll upvote... plzzz fast plzzzzzzIt the eoideive of rolid sphere ps doubled by compare any keeping ils mase constunt. the moment of inertra abcut 'diamele.Clem now is bored. The life of a cat. She disengages and begins to to bat at the toy at the end of the line essentially making a pendulum system. We will be modeling it as a simple pendulum now. Assume in these questions the line remains massless and taut. stoy sy 3. Clem bats the string to where the end is up a distance of Ay from the ground. What is the tangential velocity of the string when it passes through the origin? This is the maximum speed. Write in terms of Ay, m,, 0, g, and other mathematical constants. (Note: you might not have all of these variables in your final answer) 1 4. What is the ma um angle it will reach given the speed you calculated from the previous problem? Write in terms of Ay, m,, 0, g, and other mathematical constants. (Note: you might not have all of these variables in your final answer and assume the angle remains small such that we are assumed to be in SHM)