Suppose there is a RLC circuit connected across an AC source. How does increasing the resistance affect the resonant frequency of the circuit? Increasing the resistance decreases the resonant frequency Increasing the resistance has no effect on the resonant frequency Increasing the resistance increases the resonant frequency

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Current Attempt in Progress X Incorrect Calculate the moment (positive if counterclockwise, negative if clockwise) of the 250-N force on the handle of the monkey wrench about the center of the bolt. 30 mm Answer: M = i 41.61 215 mm 250 N 32° N•m

The 40 ft. long steel rails on the train track are placed such that there is small gap, 8, between them to allow for thermal expansion. A 100 Ib/yard a rail has a cross-sectional area of 9.80 in?. The steel used has the following material properties: E = 29,000 ksi 6.6 HE/ F (a) What is the size of gap, 8, required so that the rails just touch one another when the temperature increases from -20°F to 100°F. (b) Given the gap you found in (a), what would the axial force in the rails be if the temperature rises to 130°F.

I need the answer at 20 minute .

9. What is the direction of the induced current in each scenario below? Acceptable answers are: Clockwise, Counterclockwise, and no induced current. In scenario C, the loop does not cross the wire. In scenario F, the magnetic field only exists in the region outlined by the dashed lines creating a square. A. B. Loop Loop A B C Loop C. D. D E. F. Magnet moving down Loop E Magnet moving S down I Loop Bexternal Area of loop decreasing Current I decreasing in magnitude F I Loop moving down O Loop Be external Angle theta starting at 90 and decreasing to 0 degrees