Roselle Schools - Abraham Clark High School

College Prep Physics Curriculum Guide Grades 11-12
Objectives	Core Curr. Content Standards	Instructional Activities	Assessment (Cross-curricular) (Multi-cultural)	Resources	GEPA HSPA Terra Nova
UNIT I TOOLS OF PHYSICS				College Prep Physics, Books and References are listed at the end of the curriculum
The student will be able to:
ª Work safely in lab.	5.2	Demonstration Contract letter to parents	Discussion; Quiz Contract	B: xiii & xiv
ª Distinguish science versus technology.	5.4	Reading Lecture Discussion ACHS Career Day Trips & Outside Speakers	Test Teacher made	A: 5-8 RQ: 7-10, p. 8 e.g. Rutgers Engineer Day, NJIT Physics Day Manhattan College - Merck Engineer Day	R. II
ª Recognize and use SI units.	5.5 5.2	Diagnostic Test; Lab exercise; Lecture Cooperative problem solving Students at board	Worksheets Test Lab reports	A: 635-638 B: 317-318 Lab: Determination of Pi Lab: Measurement of cubes, spheres	M. I R. IV
ª Use the scientific method.	5.2	Discussion Make Model lab report as a class	Lab reports Test	A: 1-4 B: xii Handout RQ: 1-6, p. 8	M. I R. IV
ª Use measuring devices.	5.2, 5.4 5.5	Lab investigations; Lecture Demonstration; Cooperative group	Test; Lab reports Teacher observation	A: 63 B: 18-20	M. I R. IV
ª Graph quantities on coordinate plane for illustration or solution.	5.5 5.2	Demonstration	Lab reports Tests Problem sets	A: 639-641	M. I M. IV
ª Use vector drawings and calculators for graphic solutions.	5.2 5.4 5.5	Demonstration	Lab reports Tests Problem sets	A: 66-84 RQ: 1-24, pp. 83-84 C: 6-1	M. I M. IV
UNIT II - KINEMATICS AND MECHANICS
ª Compute rates of motion.	5.2 5.9 5.5	Lab inquiry Lecture Cooperative learning	Lab reports Worksheets Test	A: 9-16 B: Lab 2-3; C: 2-1.1 RQ: 1-14, p. 23 G: Lab 8, 11	M. I R. IV
ª Apply acceleration due to gravity.	5.5 5.9 5.2	Lab inquiry Lecture Cooperative learning	Lab reports Worksheets Quiz	A: 17-23 B: Lab 4, 12, 31, 32 C: 2-1.2, 3, 4 Z: Great Adventure RQ: 15-28, p. 23	M. I M. IV R. IV
ª Contrast Aristotle, Copernicus, Galileo, and Newton on motion, and explain development of idea of predecessors.	5.3 5.9	Lecture Cooperative learning	Chart Quiz	A: 25-30, 33-34 RQ: 1-8, p. 35, 11, 15, p. 36	R. IV
ª Explain & apply Newton’s First Law.	5.2 5.3 5.9	Demo Lab Workbook Discussion	Lab Workbook Test	A: 28-33 B: 7-8 C: 3.1 TC: Inertial Balance	M. I M. II
ª Use vectors (see tools).	5.2 5.4 5.5 5.9	Lecture (color chalk) Drawings Calculator	Teacher; Worksheet Drawings Minilab Test	A: 66-75 B: 6.1-1, 2 TC: Vector lab	M. I M. II M. IV
ª Explain and apply projectile motion.	5.2 5.5 5.9	Demonstration Lab Lecture/Discussion	Lab Review questions Test	A: 76-83 B: Lab 18 C: 6.2 Trajectory	M. I M. IV
ª Explain and apply force in terms of Newton’s 2nd law.	5.2 5.3 5.5 5.9	Exploration Friction kit (Cooperative learning) Lecture/Discussion Lab	Lab Review questions Test	A: 37-43; B: Lab 9, 29 C: 4-1, 6-1.4 TC: Friction lab, Force table; RQ: 1-13, pp. 51-52; A: 45-50; RQ: 15-22, p. 52	M. I M. II M. IV
ª Explain and apply Newton’s 3rd law.	5.2 5.5 5.9	Demo (students wrestle) Balloon Rocket; Lab Lecture	Lab Review questions Test	A: 54-64 B: Lab 13 C: 5-1 RQ: 1-17, pp. 64-65	M. I M. II M. IV
ª Define and apply momentum & impulse.	5.2 5.5 5.9	Lecture/Discussion Lab	Lab Review questions Test	A: 86-92 B: Lab 19 C: 7-1.1, 2, 3, 4 RQ: 1-11, p. 99 XL: Lab 16	M. I M. II
ª State and apply the Law of Conservation of Momentum.	5.2 5.5 5.9	Lecture/Discussion Lab Students Board	Lab Review questions Test	A: 93-98 RQ: 12-18, pp. 99-100 G: Lab 18; TC: Problems C: 7.1, pp. 5-6	R. IV M. I M. II
ª Define and compute work, energy & power.	5.2 5.5 5.9	Lecture/Discussion Lab	Lab Review questions Test	A: 101-106, 109-116 B: Lab 21, 22 C: 8-1.1, 2, 3, 4 RQ: 1-9, p. 117 14-20, pp. 117-118	R. IV M. I M. II
ª State and apply the Law of Conservation of Energy.	5.2 5.5 5.9	Demo Lecture/ Discussion	Review questions Test	A: 106-109; B: Lab 23, 25-26; C: 8-1.5, 6-8 TC: Darda Loops Lab Z: Great Adventure RQ: 1-9, p. 117	R. II
ª Explain and apply the principles of circular motion.	5.2 5.5 5.9	Lecture/ Discussion	Review questions Test	A: 119-129 B: Lab 36; C: 13-1 Z: Great Adventure RQ: 1-9, p. 129	R. II M. I
ª Explain and apply center of gravity.	5.2 5.5 5.9	Lab Lecture/Discussion	Lab inquiry Lab Test Review question	A: 131-142; B: 30 C: 10-1; TC: CG of Irregular Paper Physics Olympics: Paper Tower Constr. RQ: 1-20, pp. 142-143	R. II M. I R. IV
ª Explain and apply Rotational Motion.	5.2 5.5 5.9	Lab Lecture/Discussion	Lab Test	A: 145-160 B: 37-40; C: 11-1 TC: Human Demo Z: Great Adventure RQ: 1-20, pp. 160-161	R. II R. IV M. I M. II
ª Explain and apply Newton’s Law of Universal Gravitation.	5.5 5.9	Lecture/Discussion	Review questions Workbook Test	A: 162-173; B: 1-15, pp. 173-174; C: 12-1, 13-1. 13-2, pp. 35-39	R. II
ª Demonstrate gravitational fields.	5.5 5.9	Lecture/Discussion	Review questions Workbook Test	A: 175-178 RQ: 1-8, p. 188	R. II
ª Explain satellite motion in terms of projectiles.	5.2 5.5 5.9	Lab Lecture/Discussion	Review questions Lab drawings Test	A: 190-201 RQ: 1-15, pp. 201-202 XL: Lab 14, pp. 59-62	R. II R. IV M. I
ª Contrast real vs. apparent weightlessness.	5.9	Lecture/Discussion	Review questions Test	A: 179-180 RQ: 9, 10, p. 188	M. I R. II
ª Explain speed in terms of frame of reference.	5.5 5.9	Lecture/Discussion	Workbook Review questions Test	A: 10-11 A: 204-207 RQ: 1-5	R. II
ª State and apply Einstein’s Laws of Special Relativity and General Relativity.	5.9	Lecture/Discussion	Workbook Review questions Test	A: 207-211; RQ: 6-10, p. 222; C: 15-1, p. 43	R. II
ª Explain relativity equations for time, length, and momentum and their effects on high speed travel.	5.5 5.9	Lecture/Discussion	Workbook Review questions Test	A: 211-233; RQ: 11-15, p. 222, 1-20, p. 235 C: 16-1, p. 45	R. II
UNIT III - STATIC & CURRENT ELECTRICITY & MAGNETISM
ª Explain and apply electric charge.	5.2 5.5 5.9	Lecture Demonstration	Review questions Workbook Lab; Test	A: 490-502 C: 32-1, 32-2, pp. 95-98	R. II R. IV M. I
ª Draw diagrams of electrical fields.	5.2 5.9	Lecture; Vector Drawings	Workbook Drawings; Test	A: 507-511 C: 33-1, pp. 99-100	R. II
ª Apply Ohm’s Law and calculate power.	5.2 5.5 5.9	Lecture; Exploratory; Labs Cooperative Learning	Review questions Workbook; Lab Test	P: Activities 1&2 A: 521-547; C: 34-1, 34-2, 35-1, 35-2, 35-3, pp. 103-112	R. II R. IV M. I M. II
ª Explain magnetism.	5.2 5.5 5.9	Lab inquiry Lecture/Discussion	Lab drawings Review questions Test	A: 550-556; C: 36-1, pp. 113-114; RQ: 1-9, p. 564	R. IV M. I
ª Explain electromagnetism.	5.2 5.9	Lecture/Discussion Handout	Review questions Test	A: 556-563; RQ: 10-20, pp. 564-565 XT: p. 431	R. II
UNIT IV - WAVES AND HEAT
ª Explain wave phenomena.	5.2 5.5 5.9	Demo; Lab Exploration (Slinky) (Ripple Tank) Lecture	Labeled drawing Quiz Review questions Workbook	A: 362-378; B: 25-1, pp. 73-74; RQ: 1-20, pp. 379; L: #67, pp. 227-230; XR: 15-5	R. IV M. I M. II M. IV
ª Explain reflection and refraction.	5.2 5.5 5.9	Lab Explorations Lecture; Demos	Test Review questions Lab drawings Workbook	Knock Hockey TC Lab: Laser & mirror XR: 18-5, 18-8, 15-3 A: 431-435, 437-538 440-441, 446-449 RQ: 1-9, 12-15, 17-19, 26-27, p. 450; C: 29-1, 85-86, 29-2, 87-88; PTTL-Module 9, 10	R. IV M. I M. II
ª Apply reflection and refraction to lenses.	5.2 5.5 5.9	Lecture Demos	Review questions Workbook Test	A: 452-462; RQ: 1-9, pp. 91-92; C: 30-2, pp. 91-92; B: 81, 82, pp. 263-268	R. II
ª Explain diffraction and interference in waves.	5.2 5.5 5.9	Lecture Demos Software	Review questions Workbook Test	A: 469-478; RQ: 1-9 C: 31-1, pp. 93-94 PTTL: Module 3	R. II
ª Explain electromagnetic waves and atomic spectra.	5.2 5.5 5.9	Lab Exploration Lecture	Review questions Workbook Test	A: 394-399, 425-428, 578-580; RQ: 1-8, p. 409 23-25, p. 429, 19-22, p. 582; C: 27-1, p. 79-80 TC: Spectroscopes	R. II M. I M. II
ª Explain models of light (wave, particle, photon).	5.9	Lecture	Review questions Workbook Test	A: 584-590; RQ: 1-20, pp. 595-596; C: 38-1, pp. 119-120	R. II
ª Describe sources and effects of radiation.	5.2 5.9	Lecture Cooperative learning groups	Review questions Workbook Test	A: 322-323, 398-399, 598-600; RQ: 10-11, p. 328, 6-8, pp. 398-399 6, p. 606; C: 39-1, p. 121	R. II
ª Explain energy transformation and entropy.	5.9	Lecture	Review questions Test	A: 344-358 RQ: 1-25, pp. 359-360	R. II
ª Explain mass energy transformation.	5.9	Lecture	Review questions Test	A: 625-628 RQ: 22-24, p. 634	R. II

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