MIME-Version: 1.0 Content-Type: multipart/related; boundary="----=_NextPart_01CB2CE1.08DA0240" This document is a Single File Web Page, also known as a Web Archive file. If you are seeing this message, your browser or editor doesn't support Web Archive files. Please download a browser that supports Web Archive, such as Windows® Internet Explorer®. ------=_NextPart_01CB2CE1.08DA0240 Content-Location: file:///C:/D9286902/Summer10.phys1112.exam2.1.SolutionWeb.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" TIME OF COMPLETION_______________

TIME OF COMPLETION_______________&n= bsp;          NAME_____= ________________________

 

 

<= span style=3D'mso-bidi-font-size:10.0pt'> &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;  DEPARTMENT OF NATURAL SCIENCES

 

PHYS 1112, Exam 2            =             &nb= sp;            =             &nb= sp;            =             &nb= sp;            =             &nb= sp;       Section 1

Version 2            &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;            &= nbsp;      July 20, 2010

Total Weight: 100 points

 

1.     &nb= sp;   Check your examination for completeness prior to starting.  There are a total of ten (10) prob= lems on seven (7) pages.

 

2.   =       Authorized references include your calculator with calculator handbook, and the Refere= nce Data Pamphlet (provided by your instructor).

 

3.     &nb= sp;   You will have 125 minutes to complete the examination.

 

4.     &nb= sp;   The total weight of the examination is 150 points.

 

5.     &nb= sp;   There are six (6) multiple choice and four (4) calculation problems. Work six (6)= multiple choice problems and four (4) calculation problems. Show all work; partial credit will be given for correct work shown.

 

6.     &nb= sp;   If you have any questions during the examination, see your instructor who will=

be located in the classroom.

 

7.     &nb= sp;   Start:        &= nbsp;      10:15 a.m.

Stop:&n= bsp;            = ;   12:20 p.m.

 

 

 

 = ;             <= /span>PROBLEM

 

 = ;            &n= bsp;   POINTS

 

 = ;            &n= bsp;  CREDIT

 

     &nb= sp;            =    1-6

 

     &nb= sp;            =     30

 

 = ;

 

     &nb= sp;            =      7

 

     &nb= sp;            =     30

 

 = ;

 

8

 

     &nb= sp;            =     30

 

 = ;

 

     &nb= sp;            =      9

 

     &nb= sp;            =     30

 

 = ;

 

 = ;            &n= bsp;        10<= /p>

 

 = ;            &n= bsp;        30<= /p>

 

 

 

 = ;            &n= bsp;   TOTAL

 

 = ;            &n= bsp;       150

 

 

 

 

 

 = ;         PERCENTAGE

 

 

 

CIRCLE THE SINGLE BEST ANSWER FOR ALL MULTIPLE CHOICE QUESTIONS. IN MULTIPLE CHOICE QUESTIONS WHICH REQUIRE A CALCULATION SHOW WORK FOR PARTIAL CREDIT.

 

 

In questions 1-3 indicate direction of the magnetic force acting on= a positively charged particle given the orientation of the magnetic field and the particle’s velocity.  (5 points each)

 

 

4.  A horizontal wire carries a current away from you.  From your point of view, the magne= tic field caused by this current

 

  &nbs= p;         (A) Points directly away from you.

 

  &nbs= p;         (B) Points to the left.

(5)

  &nbs= p;         (C) Circles the wire in a clo= ckwise direction.

 

  &nbs= p;         (D) Circles the wire in a counter-clockwise direction.

 

  &nbs= p;         (E) Points to the right perpendicular to the wire.

 

            =

 

 

 

5. An electron, moving east, en= ters a magnetic field of a certain strength. Because of this field the electron cu= rves downward. What is the direction of the magnetic field?    

 

  &nbs= p;         (A) South. =

 

  &nbs= p;         (B) North.

(5)

  &nbs= p;         (C) East. <= /span>

 

  &nbs= p;         (D) Upward.

    &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;    

            = (E) Downward.

 

 

 

6. If you look directly down on the south pole of a bar magnet, the magnetic field points

 

(A) To= the right.

 

(B)To the left.

(5)

(C) Away from= you.

 

(D)Toward you.

 

(E) Along the direction of the current.=

 

 

7.     A mass spectrometer is = designed to separate protein fragments. The fragments are ionized by removal of a si= ngle electron, then they enter a 0.500 T uniform magnetic field at a speed of 3.= 70 x 105 m/s.  If a frag= ment has a mass 65 times the mass of a proton, what will be the distance between= the points where the ion enters and exits the magnetic field?=

 

 

Bonus (5 points): If the uniform magnetic field of the mass spectrometer points toward you, do you see the ions rotating clockwise or counterclockwise?

Clockwise.

8.  A solenoid used to produce magnetic fields for research projects is 2.50 m long and has 1500 turns of wire. The solenoid carries a current of 10.0 A.

 

 
 
        &= nbsp;           &nbs= p;            &= nbsp;           &nbs= p;            &= nbsp;      

 

 

 

  1. What is the strength of the magnet= ic field inside the solenoid?

 

 

 

 

  1. Indicate the direction of the curr= ent in the solenoid.

 

 

Counterclockwise.

 

 

 

  1. A particle with a charge of 2.00 x= 10–4 C and a mass of 4.0 x 10–9 kg enters the solenoid at a speed of 1.50 x 103 m/s moving perpendicularly to the magne= tic field of the solenoid.

What is the magnitude of the magnetic f= orce acting on the particle?

 

 

 

 

9.  Given that all resistors in the picture below are 40.0 W each, and the battery provides the potential difference of 24.0 V,

    1. Find = the equivalent resistance.

 

 

 

 

 

 

 

    1. Find = the current that flows through the resistor 1.

 

 

 

 

    1. How m= uch power is dissipated in the resistor 1?

 

 

 

Bonus (5 points): What is the potential difference across = the resistor 5?

 

 

 

10. Given the network, write equations that would allow you to solve for the currents= in each resistor   if the va= lues of the emfs and resistances were known. Label and indicate your choices for current directions. DO NOT SOLVE THE EQUATIONS.

  <= /o:p>

 

Many variations are possible depending on the directio= n of the currents, loops, junctions, etc that you have chosen.

With the choice of the currents shown above the equati= ons are:

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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