Each answer question is worth a minimum of 4
1 point for the diagram or given info
1 point for writing your formulas
1 point for substituting numbers & units
1 point for each correct answer
Problem #1 (7 pts)
v =331m/s + (0.6m/s ?C0)
FR 611 C: REVISION pour EXAMEN FINAL
A. Les pronoms dobjet direct et indirect. Attention au placement du pronom aux diffrents temps. Pensez
aux accords du participe pass ! (the past participle agreement !)
1. Vos amis regardent souvent les matchs de footb
1) How do they
Pick your magnetic champion;
Who will win? Males or Females
(The one that is the most attractive?)
2) Examples of magnets
Bar or Horseshoe
Permalloy or Alnico
Wave Loop, Round 2
Amo amo iluna
ka oka nalu
What does the Hawaiian
The mighty Texas gulf coast
"Sol Sirens" is the first true documentary on women's
surfing. Producer/Director Ashley Carney Davis
breaks the mold w
Einstein and Relativity
There were a lot of theories about the physical world as a mechanical system at this
time. Then, with the discovery of radioactivity weakened some of these ideas. This
was known as the transition of classical to modern phys
2) What is uniform and
Acceleration is defined as the rate at
which an object changes its velocity.
Constant acceleration is changing by
the same amount each unit of time.
Which car is accelerating?
2) Why is acceleration a
(e) On the axes below, sketch graphs of the objects position x versus time t and kinetic energy K versus time t.
Assume that x = 0 at time t = O. The two graphs should cover the same time interval and use the same scale on the
The student now attaches an object of unknown mass m to the cord and holds the object adjacent to the point at
which the top of the cord is tied to the rod, as represented above. When the object is released from rest, it falls 1.5
m before toppin nd
WorkI Energy, and Power HW - MC
1. A 2 kg ball is attached to a 0.80 m string and
EE) zero 5
2. A 3 kg block with initial speed 4 m/s slides
across a rough horizontal floor before
coming to rest. The frictional force a
A ball swings freely back and forth in an arc from
point I to point IV, as shown. Point II is the lowest
point in the path, I is located 0.5 meter above II,
and IV is l meter above ll. Air resistance is negligible.
7. If the pWt point II,
where will th
2. A 3.0 kg object is moving along the x-axis in a region where its potential energy as a function of x is given
as U(x) = 4.0x2, where U is in joules and x is in meters. When the object passes the point x = 0.5 m, its
velocity is +2.0 m/s. All forces act
Now the block and pulley system is replaced by a uniform rope of length L and mass M, with one end of the rope
hanging slightly over the edge of the frictionless table. The rope is released froa . nd at some time later there
is a. length y of rope hanging
Work Ener and Power-FR f
1. A particle of mass m slides down a xed, frictionless sphere of radius R. sta ' m rest at the top.
a. In terms of m, g, R. and 9, determine each of the following for the particle while it is sliding on the sphere.
i. The kin
v: 9- potential energy equal to zero at ground
k= 9 level) and is moving upward with a kinetic
I energy of 50 joules. Air friction is negligible.
The maximum height reached by the ball is
(A)10m U*K : V
[(3) 20m '50 4
4. In an experiment to determine the pring constan of an elastic cord of length 0.60 m, a student hangs the
cord from a rod as represented above and then attaches a varietx of weights to the cord. For each weight,
the student allows the weight to hang in
Impulse and Momentum HW MC
Two objects, P and Q, have the same momentum. Q can have more kinetic energy than P if it has:
(A) More mass than P
(B) The same mass as P
(C) More speed than P
(D) The same speed at P
A spring is compressed between two ob
Rotational Motion HW MC
A disk is free to rotate about an axis perpendicular to the disk through its center. If the disk starts from rest
and accelerates uniformly at the rate of 3 radians/s2 for 4 s, its angular displacement during this time is
Circular Motion HW
A small block of mass m starts from rest at the top of a frictionless ramp, which is at a height h above a
horizontal tabletop, as shown in the side view above. The block slides down the smooth ramp and reaches
point P with a speed v
.Unit6TestReview . - . . Name:
Nole 9 There are 3 mismkes wade
Directions: Answer the following ques'flosl the space provided. Show any and all necessary work.
. GA ()WF'POSQ oh MACS Cg COP PBlMJ We!
(1) A rod of negligible mass i
AP Physics C
Kinematics and Dynamics
Upon the completion of this unit you should be able to:
a. Use rotational dynamics variables and be familiar with the vector dircctions of each.
b. Apply moments of inertia (rotational inertia) t
One-Dimensional Kinematics HW MC
1. The graph above shows the velocity versus time for an object moving in a straight line. At what
time after t = 0 does the object again pass through its initial position?
(A) Between 0 and 1 s
(B) 1 s
(C) Between 1 and 2
Forces HW MC
A ball of mass m is suspended from two strings of unequal length as shown above. The magnitudes of the
tensions T1 and T2 in the strings must satisfy which of the following relations?
(A) T1 = T2
(B) T1 > T2
(C) T1 < T2
(D) T1 + T2 = mg
1. A solid disk of unknown mass and known radius R is used as a pulley in
a lab experiment, as shown above. A small block of mass m is attached to
a string, the other end of which is attached to the pulley and wrapped
around it several times. The block of
Name _ Date _ Period
AP Physics 1: Rotation AP Practice 2
1. The horizontal uniform rod shown above has length 0.60 m and mass 2.0 kg.
The left end of the rod is attached to a vertical support by a frictionless
hinge that allows the rod to swing up or d
News Article Project Article #1
Korte, Gregory. White House: Congress has buyers remorse after overriding Obama veto.
USA TODAY. 30 Sept. 2016. Web. 30 Sept. 2016. http:/www.usatoday.com/
The main idea of this article discusses the Congress overriding Oba