0.3.: An oscillatory system is consisting of a mass m of 7.5 kg is attached to the foundation by a spring of a stiffness k 420 N/m. The system is under frictionless movement over a horizontal surface. The maximum amplitude of the mass from its equilibrium position is 12 cm. Calculate :- (a) The period of oscillation. (b) The maximum speed of the mass. (c) The maximum acceleration of the mass.

0.3.: An oscillatory system is consisting of a mass m of 7.5 kg is attached to the foundation by a spring of a stiffness k 420 N/m. The system is under frictionless movement over a horizontal surface. The maximum amplitude of the mass from its equilibrium position is 12 cm. Calculate :- (a) The period of oscillation. (b) The maximum speed of the mass. (c) The maximum acceleration of the mass.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

The same i current passes through two long identical and co-axial coils. But the current passing through both coils is in the opposite direction to each other. Deconstructing the magnetic field between two coils on an axis located at the midpoint October, Please select one: A. µ0IN B. 0. 5µ0IN C. 2µ0IN D. 0
True or False When synchronous machines are operated as motors, peak voltages increase in case of inductive loading.
1d-1f answered please.
a) To increase the output of an ac generator, a student has the choice of doubling either the generator's magnetic field or its frequency. To maximize the increse in emf output, A - he should double the magentic field.B - he should double the frequency.C - it does not matter which one he doubles. b) Two students display their ac generators at a science fair. The generator made by Student A has a loop area of 100 cm22 rotating in a magnetic field of 20 mT at at 60 Hz. The generator made by Student B has a loop area of 75 cm22 rotating in a magnetic field of 200 mT at at 120 Hz. Calculate the emf of the two generators. Student A: Student B:
1. Impedance is the total opposition to an AC circuit caused by electric penalty tions, the tra capa multiple pacitive systema 62 Fundamentals of AC Electricity Questions for This C a. 1. Draw a diagram of an AC sine wave and identify its peak voltage and peak-to-peak voltage levels. b. 2. Explain the term frequency as it refers to AC electricity. c. 3. Discuss the difference between a load center and a fused disconnect. 2. WE wa 4. Explain how you would test for voltage in a fusible dis- connect on the line-side and load-side terminals. vi ci 5. Trace the path of a generated AC voltage from the generat- ing station where it is produced to the point where you would connect it to a machine in a factory. Be sure to iden- tify all the important parts of the system between the gen- eration station and the disconnect on the machine. a. be 3. True or False inductive reactance, capacitive reactance, and resistan 2. The units of impedance are
#16
This question please
Impact of different type of governors on Transient stability (i need more information plz)
8
A single phase full wave AC voltage controller has a resistive load of 5 ohms and an input voltage of Vs = 240 V (RMS), 50 Hz. The delay angles of both thyristors are set to 45 degrees. The maximum RMS and average current ratings of the thyristor are equal to: Select one: O a. 33.94A and 21.6A O b. None of these O c. 24A and 10.8A O d. 48A and 26.09A Clear my choice
Choose the correct option Electrical energy to Choose... Mechanical Energy Producing pulsating Choose... torque Mechanical energy to Choose... Electrical Energy Rotating Choose... Magnetic Field Mutual Choose... inductance