AP Physics 1
Summer Assignment
2018
Begin this packet after you confirm your placement with guidance.
This assignment is being handed out to all students who have requested AP Physics 1 in
2018-19. Receiving this assignment in no way guarantees or indicates that you will be
placed in the AP Physics 1 class in 2018-19. The exact schedule of each student will only
be known after the master schedule is completed in summer. Start working on this packet
only after you receive confirmation from Guidance that you are indeed in the 2018-19 AP
Physics 1 class.
Enjoy your summer!
OBJECTIVE:
The purpose of this assignment is to reinforce some mathematics skills that you
will be using extensively this year. There are two parts to this assignment;
Part 1: Math Skills Review
Part 2: Preliminary Self Study of 1-D Kinematics using the following webpages
http://www.physicsclassroom.com/Physics-Tutorial/1-D-Kinematics
https://sites.google.com/site/mthsphysicsresources/honors-physics/kinematics
HOW DOES THIS ASSIGNMENT COUNT?
-On the first day of classes in the second week after school reopens in
September 2018, you will be given an assessment (test) based upon this
Summer Assignment. Expect the questions on the assessment to be very
reminiscent of the Summer Assignment. In short, those of you who did the
summer assignment can expect to receive an excellent grade, since you will be
well prepared. Those who did not----well, you will be taking your chances.
EXTRA HELP:
You may email me at rama.basu@monroe.k12.nj.us if you have any questions
or need help with the assignment.
AP Physics 1 and Honors Lab Physics Summer Assignment: Part 1 “Math Skills
Review”
Unit Conversions: Metric Conversions
Convert the following and provide a decimal answer. Write your answers in the spaces provided. Use
the side space for any work.
1. 256 m = __________ cm
2. 97.25 cm = __________ mm
3. 952 g = __________ mg
4. .574 m = __________ nm
5. 5.287 l = __________ ml
6. 785.3 km = __________ m
7. 84.363 km = __________ cm
8. 872 km = __________ mm
9. 95,824 cm = __________ mm
10. 8.26 MHz = __________ Hz
11. 36 mm = __________ cm
12. 857 μs = __________ s
13. 8.52 mg = __________ g
14. 975 mm = __________ cm
15. 9,824 nm = __________ m
16. 74.21 cm = __________ km
17. .254 g = __________ kg
18. 96 mm = __________ km
19. 12.5 pm = __________ m
20. .85 ml = __________ l
21. 86 g = __________ mg
22. 87.2 mm = __________ cm
23. 1 mm = __________ cm
24. 973.5 cm = __________ km
25. .534 μm = __________ m
26. 984 g = __________ kg
27. 8.64 m = __________ μm
28. 64.3 ml = __________ l
29. 8.47 km = __________ m
30. 74,201 mm = __________ km
31. .24 mg = __________ kg
32. 7.4 kg = __________ g
33. 874 m = __________ cm
34. 1 cm = __________ km
35. 8.412 mm = __________ m
36. 68.2 mg = __________ g
37. 8.5743 cm = __________ km
38. 95,870 m = __________ mm
39. 547 kHz = __________ Hz
40. 1 km = __________ mm
(Ans: 25600 cm, 972.5 mm, 952000 mg, 5.74X108nm, 5287 ml, 785300 m, 8436300 cm, 8.72X108mm, 958240 mm,
8.26X106 Hz, 3.6 cm,8.57X10-4s, 8.52X10-3g, 97.5 cm, 9.824X1010-6m, 7.421X10-4km, 2.54X10-4Kg, 9.6X10-5km,
1.25X10-11m, 8.5X10-4l, 86000 mg, 8.72 cm, 0.1 cm, 9.735X10-4km, 5.34X10-7m, 0.984 kg, 8640000 µm, .0643 l, 8470 m,
7.4201X10-2km, 2.4X10-7 kg, 7400 g, 8740 cm, 1.0X10-5km, 8.412X10-3m, 6.82X10-2g, 8.5743X10-5km, 95870000 mm,
547000 Hz, 1000000 mm)
UNIT CONVERSIONS 2
Convert the following. Show all work.
1. There are approximately 1.61 kilometers in a mile. A marathon is 26.3 miles long. How long is a marathon in
meters? (42943 m)
2. The old English unit of mass is the slug. One slug is equal to 14.59 kg. If a truck has a mass of 2500 kg, what is
the mass of the truck in slugs?(171.35 slugs)
3. A car on the highway travels at 90 km/hr. Express this speed in m/s.(25 m/s)
4. Atmospheric pressure averages 14.7 lb/in2. Express this pressure in kg/cm2. 1 kg = 2.2 lbs and 1 in = 2.54
cm.(1.04 kg/cm2)
5. On the ocean, speed is measured in knots (which is really nautical miles per hour- nm/hr). 1 nm = 6080 feet. If
a boat travels at 15 knots (nm/hr), how many feet per second does that boat travel?(25.3 ft/s)
6. What is the speed of the boat from question #5 in m/s? One meter is 3.281 feet.(7.72 m/s)
7. Your 1999 Saturn gets 33 mi/gal on the highway. For your new job you have to move to Europe where they sell
gasoline by the liter and measure distances in kilometers. What is your gas mileage in km/l? 1 mile = 1.61 km.
1 gal = 3.79 l (14.02 km/l)
8. The area of a metal plate 525 cm2. What is this area expressed in m2?(.0525 m2)
9. Water pumps are usually rated in a flow rate of gal/hr. If a pump is rated at 500 gal/hr, how many l/min does
the pump move? 1 gal = 3.79 l (31.58 l/min)
10. The Earth has an average density of 3.2 oz./in3. What is the Earth’s density in g/cm3? There are 28.34 grams in
an ounce and 2.54 cm in an inch.(5.53 g/cm3)
Solve the following quadratics and give answers in decimal form.
1. x2 – 7x + 10 = 0
2. x2 – 14x + 45 = 0
3. 0.25x2 – 0.25x – 10.5 = 0
4. 0.3y2 + 0.15y – 11.7 = 0
5. 10k2 + 200k + 937.5 = 0
6. x2 – 11x + 30.25=0
7. 4x2 + 8x – 77 =0
8. 16y2 – 8y – 3 = 0
9. x2 – 1.375x + 0.375 = 0
10. z2 + 0.6z – 20.16 = 0
11. x2 = 15 + 2x
12. x2 – 10x + 35 = 7x – 35
13. 2x2 + 5 + 20x = 20 – 8x2 + x 14. 3 = 16p – 20p2
15. 8x = 0.5x2 + 31.5
ANSWERS :
(1) 1. 5, 2 ( 2) 9, 5 ( 3) 7, -6 ( 4) 6, -6.5 ( 5) -7.5, -12.5
( 10) 4.2, -4.8 ( 11) 5, -3
(12) 10, 7 (13) 0.6, -2.5
( 6) 5.5 ( 7) 3.5, -5.5 ( 8) 0.75, -0.25 ( 9) 1, 0.375
( 14) 0.5, 0.3
(15) 9, 7
Problems with Quadratics:
1.
A thumbnail has a height that is 8/6 its width. It is to be enlarged to have an area of 192 square centimeters.
What will be the dimensions of the enlargement? (12 cm, 16 cm)
2. There exist two numbers such that one number is the square of another. Their sum is 132. What are the
numbers? (-12 and 144, and 11 and 121 )
3. A field measuring 12 meters by 16 meters is to have a brick paver walkway installed all around it, increasing the
total area to 285 square meters. How wide will the walkway be? (1.5 m)
4. The height of a ball thrown up with a velocity of 39.2 m/s is given as a function of time(measured in seconds) by
the equation H(t) = 39.2t -4.9t2 + 58.8. How much time will the ball take to fall to the ground? (9.29 s)
5. The square of a number is decreased by 15. This value is twice the original number. Find the number(s).
(-3 or 5)
Distance, Speed and Time problems
1. John bikes to his friend’s house, which is 50 blocks away. He gets there in half an hour. What is John’s speed?
(100 blocks/hour)
2. In the previous problem, if the length of each city block is 0.15 km, what was John’s speed in km/hr? How long
would he take to travel 18 km at the same rate? (15 km/h, 1hr 12 min)
3. Lucy takes 5.5 hours to travel between 2 cities that are 250 miles apart. She travels two fifths of the distance at a
rate of 60 mph on a highway. She drives the rest of the distance on local roads. What is her average speed for
the second part of her journey? (39.1 mph)
4. Orson rides his power boat up and down a canal. The water in the canal flows at 6 miles per hour. Orson takes 5
hours longer to travel 360 miles against the current than he does to travel 360 miles with the current. What is
the speed of Orson's boat in still water? (30 mph)
5. Peter starts out from a restaurant traveling at 24 mph. Alex leaves the restaurant 15 minutes later, traveling at
36 mph in the same direction. How long will it take Alex to pass Peter? How far away from the restaurant will
they be when Alex passes Peter? (0.5 hours, 18 miles from the restaurant)
Right Triangle Trigonometry Ratios Review:
1. Find the missing sides and angles for the following triangles:
a.
b.
14 cm
5 cm
37o
12 cm
20o
c.
d.
13m
53o
15 m
(a. 9.04 cm, 15 cm, 53o, b. 19.7o, 14.87 cm, 70.3o, c. 14.1 m, 5.13m 70o, d. 16.3m, 9.8 m, 37o )
Problems:
1.
The stringer, that supports the stairs, makes an angle of 50 with the floor. It reaches 3.2 m up the wall. How far
is the base of the stringer from the wall? (2.7 m)
2. A ship is 130 m away from the center of a barrier that measures
180 m from end to end. What is the minimum angle that the boat
must be turned to avoid hitting the barrier?(34.7o)
3. A ramp has an angle of inclination of 20 . It has a vertical height of 1.8m. What is the length, L meters, of the
ramp? (5.3 m)
4. A damaged tree is supported by a guy
wire 10.0 m long. The wire makes an angle of 61 with the ground. Calculate
the height at which the guy wire is attached to the tree. (8.7 m)
5. A helicopter is hovering above a road at an altitude of 24 m. At a
certain time, the distance between the helicopter and a car on the
road is 45.0 m. Calculate the angle of elevation of the helicopter
from the car. (32.2o)
6. From the top of a building 21.0 m tall, the angle of elevation of the top of a taller building is 46 . The angle
A
of depression of the base of the taller building is 51 . What is the height of the taller building? (47.9 m)
46
B
C
51
7.
21.0 m
A
Find the length of AB. (6.9 m)
6m
40
E
3m
10 m
B
17.0 m
D
8. Find the length of AD. Show the steps of your solution. (96.7 cm)
A
55
D
46
B
55.0 m
C
C
9. Sean wishes to find the length of a pole, CD, that is on the roof of a
building. The angle of elevation of point C is 40 and the angle of
elevation for point D is 28 . The distance AB is 40.0 m. Find the length of
the pole. Show the steps of your solution. (12.3 m)
D
bui lding
A
B
40.0 m
10. A person observes that from point A, the angle of elevation to the top of a
cliff at D is 30 . Another person at point B, notes that the angle of elevation
to the top of the cliff is 45 . If the height of the cliff is 80.0 m, find the
distance between A and B. Show the steps of your solution. (58.6 km)
SUMMER ASSIGNMENT PART 2: 1-D MOTION SELF-STUDY
Go to the website
http://www.physicsclassroom.com/Physics-Tutorial/1-D-Kinematics
Work through lessons 1-6, making sure that you complete all the “Check Your Understanding”
exercises. Solutions to the exercises can be accessed by clicking on the solution links provided
for each exercise.
After completing your self-study, solve the following problems. You need to show all of your
work (get used to this as it will be required of you all year long). Declare the given information
and show the unknown variable. Show the equation that you are using. Plug the givens in to
the equation that you are using. Perform the algebra and solve for the unknown.
1. During a takeoff run, an aircraft starts from rest and has a lift-off speed of 120 km/h.
a. What minimum constant acceleration does the aircraft require if the aircraft is to be airborne after a
takeoff run of 280 m? (ANS: 1.98 m/s2)
b. How long does it take the aircraft to become airborne? (ANS: 16.8 s)
2. A truck covers 40.0 m in 8.90 s while smoothly slowing down to a final velocity of 1.90 m/s.
a. Find the truck's original velocity. (ANS: 7.09 m/s)
b. Find its acceleration. (ANS: -0.583 m/s2)
3.
A car is traveling east at 27.5 m/s at some instant.
a. If its constant acceleration is 0.750 m/s2 due east, find its velocity after 7.80 s have elapsed. (ANS: 33.4
m/s)
b. If its constant acceleration is 0.750 m/s2 due west, find its velocity after 8.50 s have elapsed. (ANS: 21.1
m/s2)
4. A train is traveling down a straight track at 31 m/s when the engineer applies the brakes, resulting in the train
slowing with a an acceleration of 1.0 m/s2 as long as the train is in motion.
a. How far does the train travel during the first 20 seconds that the brakes are applied? (ANS: 420 m)
b. What is the total about of time that the train is in motion? (ANS: 31.0 sec)
c. What is the total displacement of the train while it is in motion? (ANS: 480.5 m)
5. A car accelerates uniformly from rest to a speed of 55.0 mi/h in 10.0 s. One mile = 1.61 km
a. Find the distance the car travels during this time. (ANS: 123 m)
b. Find the constant acceleration of the car. (ANS: 2.46 m/s2)
6. A bullet is fired through a board 13.0 cm thick in such a way that the bullet's line of motion is perpendicular to
the face of the board. The initial speed of the bullet is 350 m/s and it emerges from the other side of the board
with a speed of 250 m/s.
a. Find the acceleration of the bullet as it passes through the board. (ANS: -2.31 x 105 m/s2)
b. Find the total time the bullet is in contact with the board. (ANS: 4.33 x 10-4 s)