MIME-Version: 1.0 Content-Type: multipart/related; boundary="----=_NextPart_01C9531D.CDF65640" 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 Microsoft Internet Explorer. ------=_NextPart_01C9531D.CDF65640 Content-Location: file:///C:/D9286902/Fall08.Phys2211.Exam1.SolutionWeb.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" TIME OF COMPLETION_______________

TIME OF COMPLETION_______________ &nb= sp; NAME___SOLUTION_= _________________________

<= span style=3D'font-family:"Times New Roman"'>&nb= sp; = &nb= sp; = DEPARTMENT OF NATURAL SCIENCES

PHYS 2211, Exam 1 = &nb= sp; = &nb= sp; = &nb= sp; = &nb= sp; Section 1

Version 1 &nb= sp; = &nb= sp; = &nb= sp; = &nb= sp; = September 19, 2008

Total Weight: 100 points

1. = Check your examination for completeness prior to starting. There are a total of nine (9) prob= lems on six (6) pages.

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

3. = You will have 50 minutes to complete the examination.

4. = The total weight of the examination is 100 points.

5. = There are six (6) multiple choice and three (3) calculation problems. Work all ca= lculation problems and 5 (five) multiple choice.&nbs= p; Show all work; partial credit will be given for correct work shown.<= o:p>

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

be located in the classroom.

7. = Start: &= nbsp; 9:00 a.m.

Stop: &= nbsp; 9:50 a.m.

&= nbsp; &nbs= p; PROBLEM

&= nbsp; &nbs= p; POINTS

&= nbsp; &nbs= p; CREDIT

&nbs= p; &= nbsp; 1-6

&nbs= p; &= nbsp; 25

&= nbsp;

&nbs= p; &= nbsp; 7

&nbs= p; &= nbsp; 25

&= nbsp;

&nbs= p; &= nbsp; 25

&= nbsp;

&nbs= p; &= nbsp; 9

&nbs= p; &= nbsp; 25

&= nbsp;

&= nbsp; &nbs= p; TOTAL

&= nbsp; &nbs= p; 100

&= nbsp; PERCENTA= GE

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

The average speed of a coconut during a 2.00-s fall from a tree, starting = from rest, is

a.<= span style=3D'font:7.0pt "Times New Roman"'> 19.6 m/s.

b.<= span style=3D'font:7.0pt "Times New Roman"'> 9.80 m/s².

(5)

c.<= span style=3D'font:7.0pt "Times New Roman"'> 39.2 m/s.

d.<= span style=3D'font:7.0pt "Times New Roman"'> 9.80 m/s.

2. Suppose that an object travels fro= m one point in space to another. Ma= ke a comparison between the displacement and the distance traveled.

&nb= sp;

The displacement is either gr= eater than or equal to the distance traveled.

The displacement is always eq= ual to the distance traveled.

(5)

The displac= ement is either less than or equal to the distance traveled.

The displacement can be either greater than, smaller than, or equal to the distance traveled. <= /o:p>

3. In the diagram shown, the unknown vector is

<= /p>

&nb= sp; &= nbsp; a.

= &nb= sp; b.

(5)

= &nb= sp; c.

= &nb= sp;

= &nb= sp; d. Cannot be determined from the

diag= ram.

4. Vector A is along the x-axis and vector B is along the y-axis. Which one = of the following

statements= is correct?

&nbs= p; a. The x-component of vector A is= equal to the x-component of vector B= .

&nbs= p; b. The y-component of vector A is= equal to the y-component of vector B= .

(5)

&nbs= p; c. The x-component of vector A is= equal and opposite to the x-component of vector B.

&nbs= p; d. Vector A has a zero y-component and vector B has a zero x-component.

5. A pilot drops a bomb from a plane flying horizontally at a constant speed. Neglecti= ng air resistance, when the bomb hits the ground, the horizontal location of t= he plane will

a. Be behind the bomb.

b. Be directly over the bomb.

(5)

&nbs= p; c. Be in front of the bomb.=

&nbs= p; d. Depend on the speed of the plane when the bomb was released.

6. If the acceleration vector of an object is directed parallel to the velocity vecto= r,

&nbs= p; a. The object is turning.

&nbs= p; b. The object is speeding up= .

(5)

&nbs= p; c. The object is slowing down.

&nbs= p; d. The situation would not be physically possible.

&n= bsp;

&nb= sp;

7. A faulty model rocket moves = in the xy-plane (the positive y-direction is vertically upward).=

The rocket’s acceleration has components and , where a =3D 2.50 m/s⁴, b =3D 9.00 m/s², and g =3D 1.40 m/s³. At t = =3D 0 the rocket is at the origin and has velocity .

Calculate the velocity and pos= ition vectors as functions of time.

&nb= sp;

What is the maximum height rea= ched by rocket?

&nb= sp;

V_yf=3D 0

&nb= sp;

t =3D 13.6 s=

&nb= sp;

What is the horizontal displac= ement of the rocket when it returns to y =3D0?

&nb= sp;

t =3D 20.7 s=

&nb= sp;

8. &n= bsp; A hot-air ballooni= st, rising vertically with a constant velocity of magnitude 5.00 m/s, releases a sandbag at an instant when the balloon is 40.0 m above the ground. After it= is released, the sandbag is in free fall.

a. &n= bsp; Compute the position of the sandbag 1.00 s after its rele= ase.

, = =3D5.00 m/s

b. &n= bsp; How many seconds a= fter its release will the bag strike the ground?

= &n= bsp;

, , = =3D5.00 m/s

= &n= bsp;

= t =3D 3.41 s

c. &n= bsp; What is the velocity of the bag just before it strikes the ground?

= <= /span>

d. &n= bsp; What is the greate= st height above the ground that the sandbag reaches?

&nb= sp;

<= /span>

= <= /span>

e. &n= bsp; Sketch a_y vs. t, V_y vs. t and y vs. t graphs for the motion of = the sandbag.

= =

9. Firemen are shooti= ng a stream of water at a burning building using a high pressure hose that shooo= ts out the water with a speed of 25.0 m/s as it leaves the end of the hose. On= ce it leaves the hose, the water moves in projectile motion. The firemen adjust the projection angle q of the hose until the water takes 3.00 s to reach= the building 45.0 m away. Assume that the the end of the hose is at ground level.

a. Find the projection angle q.

b. Find the velocity and acceleration of the water at the highest poi= nt of its trajectory.

V =3D 15.0 m/s= at 0^o

g =3D 9.80 m/s2 at -90^o

c. How high above the ground does the water strike the building?=

y_f =3D 15.9 m

d. How fast does the water move just before it hits the building?

V_f =3D 17.7 = m/s

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= 1

PHYS 2211 Exam 1, Version 1

Fall 2008

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