Physics 113 -Morning

Homework Assignments

Summer 2006

Due Date	P.S. #	Ch.	Sections	Underlined problems are to be turned in on due date
June 1 (Th.)	1	1	1-3 Measurement Systems	7, 9
			1-4 Changing Units	21, 22, 24
			1-5 Dimensional Analysis	27, 28
			1-6 Scientific Notation	33, 34
			1-7 Accuracy and Significant Figures	39, 40
			1-8 Estimation	46, 47, 48
			Supplementary	54, 59
		2	Questions	16, 18, 22
			2-1 Distance, time, speed, velocity	7, 14,
			2-2 Motion in Short Time Intervals	23, 24
			2-3 Acceleration	28, 31, 34
			2-4 Constant Acceleration	37, 38
			2-5 Using the Equation of Motion	44, 48, 53, 54
			2-6 The Constant Acceleration of Gravity	63, 69
			Paired	79
			Supplementary	83
June 8 (Th.)	2	3	Questions	9, 10, 12
			3-2 Vector Arithmetic	7, 9
			3-3 Coord. Systems, Vector Comp., Unit Vectors	22, 25
			3-4 Velocity and Acceleration Vectors	35, 36
			3-5 Relative Motion	48, 49
			Paired	57
			Supplementary	62
		4	Questions	11, 12, 14
			4-1 Velocity and Acceleration	1
			4-2 Constant Acceleration	9, 11
			4-3 Projectile Motion	17, 28, 29, 34
			4-4 Uniform Circular Motion	42, 48
			Paired	61, 70, 72
		5	Questions	17, 22
			5-4 Newton’s Second Law	10, 11
			5-5 Mass and Weight: The Force of Gravity	18, 21
			5-6 Adding Forces	28, 30
			5-7 Newton’s Third Law	36, 38, 41
			5-8 Measuring Force	46, 51
			Paired	57, 61
			Supplementary	63, 73
June 15 (Th.)	3	6	Questions	3, 13, 21
			6-1 Using Newton’s Second Law	7, 9, 11, 13
			6-2 Multiple Objects	17, 19
			6-3 Circular Motion	26, 29, 35, 36, 37
			6-4 Friction	43, 46, 48, 49, 54
			6-5 Drag Forces	66
			Paired	67, 71
			Supplementary	75, 84
		7	Questions	8, 13, 14
			7-1 Work	4, 7
			7-2 Work and the Scalar Product	18, 20
			7-3 A Varying Force	24, 29
			7-4 Force and Work in Three Dimensions	35
			7-5 Kinetic Energy	43, 49
			7-6 Power	58, 61
			Paired	69, 75
			Supplementary	80
June 22 (Th.)	4	8	Questions	11, 15
			8-1 Conservative and Non-conservative Forces	1, 2
			8-2 Potential Energy	12, 17
			8-3 Conservation of Mechanical Energy	26, 27, 35
			8-4 Potential Energy Curve	38, 41
			8-6 Non-conservative Forces	55
			Paired	68, 69
			Supplementary	79, 81
		9	Questions	7, 16
			9-2 The Law of Universal Gravitation	5, 9
			9-3 Orbital Motion	14, 22
			9-4 Gravitational Energy	32, 42
			9-6 Tidal Forces	90
			Paired	59, 61
			Supplementary	63
		10	Questions	9, 18
			10-1 Center of Mass	11, 12, 16
			10-2 Momentum	29, 32, 38
			10-3 Kinetic Energy in Many-Particle Systems	43
			Paired	47,
			Supplementary	61
		11	Questions	6, 17
			11-1 Impulse and Collisions	5, 6
			11-2 Collisions and Conservation Laws	13
			11-3 Inelastic Collisions	19, 20, 26, 30
			11-4 Elastic Collisions	33, 35, 44, 45
			Paired	54, 60
			Supplementary	69, 70
June 29 (Th.)	5	12	Questions	2, 10
			12-1 Angular Velocity and Acceleration	9, 12
			12-2 Torque	17, 22
			12-3 Rotational Inertia and the Analog of Newton’s Law	26, 42, 43, 44
			12-4 Rotational Energy	47, 49
			12-5 Rolling Motion	58, 59
			Paired	62, 63
			Supplementary	69, 74
		13	Questions	13
			13-1 Angular Velocity and Acceleration Vectors	1, 4
			13-2 Torque and the Vector Cross Product	8,17
			13-3 Angular Momentum	20, 23, 26, 27
			13-4 Conservation of Angular Momentum	32, 33, 37
			Paired	48, 51,
			Supplementary	60
		14	Questions	7, 16
			14-1 Conditions for Equilibrium	5, 7
			14-2 Center of Gravity	12
			14-3 Examples of Static Equilibrium	13, 19, 25
			Paired	42
			Supplementary	51, 53
July 6 (Th.)	6	15	Questions	3, 16
			15-1&2 Oscillations and SHM	9, 13,
			15-3 Applications of SHM	21, 26, 34,
			15-4 Circular Motion and SHM	37
			15-5 Energy in SHM	39, 44
			Paired	55, 62
			Supplementary	63, 65
		16	Questions	2, 17, 23
			16-2 Wave Properties	2, 7
			16-3 Math Description of Wave Motion	12, 13
			16-4 Waves on a String	23, 26
			16-5 Wave Power and Intensity	36
			16-6 Superposition Principle and Wave Interference	50, 52
			Paired	56, 60
			Supplementary	64
July 11 (Tu.)	7	17	Questions	4, 16
			17-1&2 Sound Waves and the Speed of Sound in Gases	4, 13
			17-3 Sound Intensity	27
			17-4 Sound Waves in Liquids and Solids	33, 36
			17-6 Standing Waves	40, 46
			17-7 Doppler Effect	55, 56
			Paired	65, 67, 68
			Supplementary	71, 72
		18	Questions	7, 20
			18-1 Describing Fluids: Density and Pressure	5, 10, 13
			18-2 Hydrostatic Equilibrium	25, 29
			18-3 Archimedes’ Principle and Buoyancy	31, 36
			18-4&5 Fluid Dynamics and Applications	48, 49
			Paired	55, 56
			Supplementary	61

Important:

-Late homework will not be accepted.

-Work on the underlined Conceptual Questions needs to be shown for the problem set to be graded, even though no grades will be assigned to those Questions.