PHYSICS 124 Physics 1b For Engineers Rutgers

Physics 124 Hourly makeup Exam 2 March \"26\", 2007 Your name sticker with exam code 1. The exam will last from 9:40 to 11:00 p.m. Use a #2 pencil to make entries on the answer sheet. Enter the following id information now, before the exam starts.

Physics 124 Hourly makeup Exam 2 March \"26\", 2007 Your name sticker with exam code 1. The exam will last from 9:40 to 11:00 p.m. Use a #2 pencil to make entries on the answer sheet. Enter the following id information now, before the exam starts.

ELASTICITY In this workshop you will explore the elastic response of a thin wire to an applied tension. The aim is to obtain a rough understanding of the size of the forces necessary to measurably deform the wire (You

Physics 124, Spring 2009 Physics 124, Spring 2009 Register iclickers: first name, last name, RU ID #, clicker # Keep a record of your iclicker registration number! If you do not have your clicker number for registration: Relax and use it anyway,

Names _ _ _ Section _ MECHANICAL EQUIVALENT OF HEAT In this lab, you will demonstrate the equivalence of mechanical energy/work and heat (increase of internal energy of an aluminum cylinder, as indicated by its increase

Physics 124 Minilab 2 CONSERVATION OF ANGULAR MOMENTUM Purpose: To demonstrate the conservation of angular momentum. DISCUSSION: The picture above shows a rotating disc of mass M and radius R. The timer is used to determine the time for one rotati

HW 1. DYNAMICS OF ROTATIONAL MOTION Conceptual Question. The artist Anya Calderona constructs the mobile shown in the figure. In the illustrated configuration, the mobile is perfectly balanced. If Anya decides to make the star twice as massive, and

HW 2. EQUILIBRIUM AND ELASTICITY Torques on a Ruler. A centimeter ruler, balanced at its center point, has two coins placed on it, as shown in the figure. One coin, of mass M 1 = 10 g , is placed at the zero mark; the other, of unknown mass M 2 , is

STANDING WAVES In this minilab you will measure the velocity v of transverse waves on a stretched string by studying standing wave resonances. You will compare your result with the theoretical value,