11th Physics Schedule, 2015-16 Keio Academy of New York

11th Physics Syllabus and Schedule （2019-20）　　　　　　　　 August 13, 2019　　　　　　　　　　　Tohei Moritani

1. Course Description
This course is basic level physics that required for all the high school students in US and Japan. A key goal of this course is to let students understand basic concepts in physics and solve quantitative problems. For this purpose, the curriculum includes laboratory experiments and writing reports as major activities in addition to lectures, demonstrations and examinations.

2. Packets and Textbooks
Textbook povided must be used in class and also for preparation and review. Packets are alsogiven to students that include typical examples of problems to be solved together with illustrations and graphs. These packets are designed to motivate students and help them clarify what they are required to understand and solve.

3. Language
Lecture will be performed in English orally. Problems in the packets, exams, mini-tests and quizzes will be written in English.

4. Labs and Lab Reports

Labs are carried out as major and essential activities basically every week in double-period classes.
Students must submit lab reports written in the formal scientific style, typed or handwritten, in Japanese or in English, within a week after each lab.

5. Website
Physics class’ own website includes all the necessary information for studying; such as, class schedules, examples of lab reports, solutions of tests and exams. The site can be accessed through KANYOS.

6. Grade
Grade will be calculated as follows:
Exams, Tests and Quizzes                    55%
Labs and Lab reports                          35%
Class Participation                              10%

Chapter	Topics	Packet	Test
1	Introduction to Physics	#1 Motion	1Q-#1
2	Introduction to Motion		1Q-#1
3	Acceleration and Accelerated Motion		1Q-#1
4	Motion in 2-D		1Q-#2
	Force	#2 Force	1Q-Ex
12	Gasses, Liquids, and Solids		1Q-Ex
5	Newton’s Laws of Motion	#3 The Laws of Motion	2Q-#1
6	Work and Energy	#4 Energy	2Q-#2
(7,8,9)	Linear Momentum and Collisions, Rotational Motion and Equilibrium, Gravity and Circular Motion
10	Temperature and Heat	#4Energy	2Q-Ex
(11)	Thermodynamics
			3Q-#1
19	Electric Charges and Forces	#5Electricity	3Q-#1
20	Electric Fields and Electric Energy		3Q-#1
21	Electric Current and Electric Circuits		3Q-#1,#2
22	Magnetism and Magnetic Fields	#6 Magnetism	3Q-#2
23	Electromagnetic Induction	#6 Magnetism	3Q-Ex

13	Oscillations and Waves	#7 Wave and Sound	4Q-#1
14	Sound	#7 Wave and Sound	4Q-#1
15	The Properties of Light	#8 Light	4Q-#1
16	Reflection and Mirrors		4Q-#2
17	Refraction and Lenses		4Q-#2
18	Interference and Diffraction		4Q-Ex

(24~27)	Quantum Physics, Atomic Physics, Nuclear Physics, Relativity

Schedule Plan - 11th Physics by Tohei MORITANI　　　　　2019 ~ 2020

Physics Home						AP Physics Schedule
				Class	Lab	Demo

	SA
	SU
	MO				No Lab
	TU
Aug 28	WE
29	TH
30	FR	1
31	SA
Sep１	SU
2	MO		Labor Day			Balance, Measure, Tape ruler, Stop watch, Spring measure Slotted weight Weight connector
3	TU	2
4	WE	3	Entrance Ceremony
5	TH	4	C	Orientation I-1. Physics and the Scientific Method
6	FR	5	C	Orientation I-1. Physics and the Scientific Method
7	SA
8	SU
9	MO	6	C	I-2. Physics and Society I-3. Units and Dimensions II-1. Describing Motion II-2. Speed and Velocity	No Lab	Constant-speed Vehicle
10	TU	7	C
11	WE	8	CC
12	TH	9	C
13	FR	10	C
14	SA
15	SU
16	MO	11	C	II-3. Position-Time Graph II-4. Equation of Motion		Dynamic cart / Track Baseball
17	TU	12
18	WE	13	CC
19	TH	14	C[Test]
20	FR	15	C
21	SA
22	SU
23	MO	16	C	III-1. Acceleration III-2. Motion with Constant Acceleration	１. Recording the descending motion of a cart with spark timer.
24	TU	17
25	WE	18	CC
26	TH	19	C
27	FR	20	C
28	SA
29	SU
30	MO	21	TOEFL C	III-3. Position-Time Graph III-4. Free Fall
Oct1	TU	22
2	WE		CC
3	TH	23	C
4	FR	24	C
5	SA
6	SU
7	MO		C	IV-1. Vectors in Physics IV-2. Adding and Substracting Vectors	2. Force Table	Free Fall in Vacuum
8	TU	25
9	WE	26	CC
10	TH	27	C[Test]
11	FR		Athletic Day
12	SA
13	SU
14	MO	28	ColumbusDay	IV-3. Relative Motion IV-4. Projectile Motion	3. Hooke's Law	Horizontal launcher Projectile launcher Trajectory apparatus
15	TU	29
16	WE	30	CC
17	TH	31	C
18	FR	32	C
19	SA
20	SU
21	MO	33	C	Everyday Forces	4. Buoyancy
22	TU	34
23	WE	35	CC
24	TH	36	C
25	FR	37	C
26	SA
27	SU
28	MO	38	C
29	TU		1st Q Exam
30	WE		1st Q Exam
31	TH		1st Q Exam
Nov1	FR		1st Q Exam
2	SA
3	SU
4	MO	1	C	V-1 Newton's Laws of Motion		Air track, Air table Inertial ball Spring sets showing the third law
5	TU	2
6	WE	3	CC
7	TH	4	C
8	FR	5	C
9	SA
10	SU
11	MO	6	C	V-2 Applying Newton's Laws
12	TU	7
13	WE	8	CC
14	TH	9	C
15	FR
16	SA
17	SU
18	MO	10	C	V-3 Friction VI-1. Work	4. Friction
19	TU	11
20	WE		CC
21	TH		C[Test]
22	FR		Parents'Day
23	SA		Parents'Day
24	SU
25	MO	12	C
26	TU	13
27	WE	14	ThanksgivingBreak
28	TH	15
29	FR	16
30	SA
Dec1	SU
2	MO	17	C	V-2. Energy VI-3. Conservation of Energy		Conservation of energy track
3	TU	18
4	WE	19	CC
5	TH	20	C
6	FR	21	C
7	SA
8	SU
9	MO	22	C	VI-4. Power	5. Conservation of mechanical energy in Pendulum Motion
10	TU	23
11	WE	24	CC
12	TH	25	C[Test]
13	FR	26	C
14	SA
15	SU
16	MO			X-1. Temperature and Thermal Equilibrium
17	TU			X-1. Temperature and Thermal Equilibrium
18	WE		Winter Vacation
19	TH
20	FR
21	SA
22	SU
23	MO
24	TU
25	WE
26	TH
27	FR
28	SA
29	SU
30	MO
31	TU
Jan 1	WE				*Heat expansion Pulse glass(Vapor pressure increase)
2	TH
3	FR
4	SA
5	SU
6	MO	27		X-3. Heat Capacity X-4. Phase Changes and Latent Heat	6. Specific heat　比熱
7	TU	28
8	WE	29	CC
9	TH	30	C
10	FR	31	C
11	SA
12	SU
13	MO		C	Density Pressure Buoyancy	3. Buoyancy	Cartesian diver
14	TU	32
15	WE	33	CC
16	TH	34	C
17	FR	35	C
18	SA
19	SU
20	MO	36	MLK Day			Static electricity, Electroscope Coulomb's low experiment Batteries DC power supply Capacitors
21	TU		2nd Q Exam
22	WE		2nd Q Exam
23	TH		2nd Q Exam
24	FR		2nd Q Exam
25	SA
26	SU
27	MO	1	C	XVI. Electric Forces and Fields XVI-1. Electric Charge XVI-2. Electric Force XVI-3. The Electric Field	10. Static electricity	Resistors Variable resistors
28	TU	2
29	WE	3	CC
30	TH	4	C
31	FR	5	C
Feb1	SA
2	SU
3	MO	6	C	XVII. Electric Energy and Current XVII-1. Electric Potential XVII-2. Capacitance XVII-3. Current and Resistance XVII-4. Electric Power		Circuits Ammeter, Voltmeter, Galvanometer Multi-meter Light bulbs
4	TU	7
5	WE	8	CC
6	TH	9	C
7	FR	10	C
8	SA
9	SU
10	MO	11	C	XVIII. Circuits and Circuit Elements XVIII-1. Schematic Diagrams and Circuits XVIII-2. Resistors in Series and Parallels XVIII-3.Complex Resistor Combinations	11. Multimeter / Resistance of Paper	Magnets- Ceramic disk, Ceramic ring, Neodymium, U-shaped Magnetizer Comasses, Dipping compass
11	TU	12
12	WE	13	CC
13	TH	14	C[Test]
14	FR	15	C
15	SA
16	SU
17	MO		PresidentsDay			Coils, Ersted experiment, Coil experiment Swing experiment, Linear track experiment Crooke;s tube Motors
18	TU	16		XIX. Magnetism XIX-1. Magnets and Magnetic Fields XIX-2. Magnetism from Electricity
19	WE	17	CC
20	TH	18	C
21	FR	19	C
22	SA
23	SU
24	MO	20	C	XIX-3. Magnetic Force XX. Electomgnetic Induction XX-1. Electricity from Magnetism	12．Clip Motor	Coi, magnet and galvanometer
25	TU	21
26	WE	22	CC
27	TH	23	C
28	FR	24	C
29	SA		Entrance Exam
Mar1	SU		Entrance Exam
2	MO		Entrance Exam			Transformer Coil sets Oscilloscope
3	TU	25		XX-2. Generators, Motors, and Mutual Inductance XX-3. AC Circuits and Transformers	13．EM Induction & Lenz's Law
4	WE	26	CC
5	TH	27	C[Test]
6	FR	28	C
7	SA
8	SU
9	MO	29	C	XX-4. Electromagnetic Waves	No Lab
10	TU	30
11	WE	31	CC
12	TH	32	C
13	FR	33	C
14	SA
15	SU
16	MO	34	C		No Lab
17	TU		3rd Q Exam
18	WE		3rd Q Exam
19	TH		3rd Q Exam
20	FR		3rd Q Exam
21	SA
22	SU
23	MO	1	C	XI. Vibrations and Waves XI-1. Simple Harmonic Motion XI-2. Measuring Simple Harmonic Motion		Wave machine (Transverse and longitudinal) Spring, Ripple tank
24	TU	2
25	WE	3	CC
26	TH	4	C
27	FR	5	C
28	SA		Open House
29	SU
30	MO	6	C	XI-3. Properties of Waves XI-4. Wave Interactions	7. Ripple Tank
31	TU	7
Apr1	WE	8	CC
2	TH	9	C
3	FR		Prep-for-Shofusai
4	SA		Shofusai
5	SU		Clean-up
6	MO		Day off
7	TU		Day off
8	WE		Day off
9	TH		Day off
10	FR		Day off
11	SA
12	SU
13	MO	10	C	XII. Sound XII-1. Sound Waves		Speaker / Low-frequency generator Tuning forks Specific Frequency of String　　弦の固有振動の観察 Cladni plate
14	TU	11	C
15	WE	12
16	TH	13	C[Test]
17	FR	14	C
18	SA
19	SU
20	MO	15	C	XII-2. Sound Intensity and Resonance XII-3. Harmonics		Doppler effect experiment Doppler rocket
21	TU	16
22	WE	17	CC
23	TH	18	C
24	FR	19	Keio F Day
25	SA
26	SU
27	MO	20	C	XIII. Light and Reflection XIII-1. Characteristics of Light XIII-2. Flat Mirrors	8．Resonance in a Pipe	Mirrors
28	TU	21
29	WE		CC
30	TH	22	C
May1	FR	23	C
2	SA
3	SU
4	MO	24	C	XIII-3. Curved Mirrors XIII-4. Color and Polarization		Curved mirrors Polarized film
5	TU	25		XIII-3. Curved Mirrors XIII-4. Color and Polarization
6	WE	26	DayTrip
7	TH	27	C[Test]
8	FR	28	C
9	SA
10	SU
11	MO	29	C	XIV. Refraction XIV-1. Refraction XIV-2. Thin Lenses XIV-3. Optical Phenomena	9．Grating, Lenses, Curved mirrors and Polarization	Refraction apparatus Lenses Light source Optica fiber models
12	TU	30
13	WE	31	CC
14	TH	32	C
15	FR	33	C
16	SA
17	SU
18	MO	34	C	XV. Interference XV-1. Interference XV-2. Diffraction XV-3. Lasers		Grating Newton ring Air wedge
19	TU	35
20	WE	36	CC
21	TH	37	C
22	FR	38	C
23	SA
24	SU
25	MO		Memorial Day
26	TU		Final Exam
27	WE		Final Exam
28	TH		Final Exam
29	FR		Final Exam
30	SA
31	SU
Jun1	MO
2	TU
3	WE
4	TH
5	FR
6	SA
7	SU
8	MO
9	TU
10	WE
	TH
	FR
	SA
	SU