LO DETAILS SCIENCE EM.xlsx

	A	B	C	D	E	F	G	H	I	J	K
1	S.No	Chapter No.	Chapter Name	Topic No.	Topic Name	Sub-topic No.	Sub-topic Name	Concept No	Concept Name	LO ID	Learning Outcome
2	1	3	Plants	3.2	Life cycle of a Flowering Plants	3.2.1	Dispersal of Seeds	3.2.1f	Dispersal by Birds		demonstrates the concept of Dispersal of seeds by Birds
3	2	1	Laws of motion	1.1	Introduction	1.1.1	Introduction	1.1.1a	Introduction		recalls the concept of force
4	3	1	Laws of motion	1.1	Force and motion	1.1.2	Force and motion	1.1.2a	Force and motion		recognizes the difference between force and motion
5	4	1	Laws of motion	1.2	Inertia	1.2.1	Inertia	1.2.1a	Inertia		demonstrates for the concept of Inertia
6	5	1	Laws of motion	1.2	Inertia	1.2.2	Types of Inertia	1.2.2a	Inertia of rest		classifies the types of inertia
7	6	1	Laws of motion	1.2	Inertia	1.2.2	Types of Inertia	1.2.2b	Inertia of motion		classifies the types of inertia
8	7	1	Laws of motion	1.2	Inertia	1.2.2	Types of Inertia	1.2.2c	Inertia of direction		classifies the types of inertia
9	8	1	Laws of motion	1.2	Inertia	1.2.3	Examples of inertia	1.2.3a	Examples of inertia		illustrates types of inertia with example
10	9	1	Laws of motion	1.3	Linear momentum	1.3.1	Linear momentum	1.3.1a	Linear momentum		explains linear momentum
11	10	1	Laws of motion	1.4	Newton's laws of motion	1.4.1	Newton's first law	1.4.1a	Newton's first law		states newtons first law
12	11	1	Laws of motion	1.4	Newton's laws of motion	1.4.2	Force	1.4.2a	Force		summarises the concept of force
13	12	1	Laws of motion	1.4	Newton's laws of motion	1.4.3	Types of force	1.4.3a	Like parallel force		describes like parallel force
14	13	1	Laws of motion	1.4	Newton's laws of motion	1.4.3	Types of force	1.4.3b	Unlike parallel force		describes unlike parallel force
15	14	1	Laws of motion	1.4	Newton's laws of motion	1.4.4	Resultant force	1.4.4a	Resultant force		explains resultant forces
16	15	1	Laws of motion	1.4	Newton's laws of motion	1.4.5	Rotating effect of force	1.4.5a	Rotating effect of force		demonstrates the roatating effect of force
17	16	1	Laws of motion	1.4	Newton's laws of motion	1.4.6	Moment of the force	1.4.6a	torque		explains the concept of moment of force
18	17	1	Laws of motion	1.4	Newton's laws of motion	1.4.6	Moment of the force	1.4.6b	couple		explains the concept of moment of force
19	18	1	Laws of motion	1.4	Newton's laws of motion	1.4.7	Application for torque	1.4.7a	Gears		explains working of Gear
20	19	1	Laws of motion	1.4	Newton's laws of motion	1.4.7	Application fo torque	1.4.7b	seasaw		explains working of seasaw
21	20	1	Laws of motion	1.4	Newton's laws of motion	1.4.7	Application fo torque	1.4.7c	streering wheel		explains working of streering wheel
22	21	1	Laws of motion	1.4	Newton's laws of motion	1.4.8	principles of moments	1.4.8a	Principles of moments		verifies Principal of Moments through Experiment
23	22	1	Laws of motion	1.5	Newton's second law of motion	1.5.1	Newton's second law of motion	1.5.1a	Units of force		derives the relation between force ,mass and acceleration
24	23	1	Laws of motion	1.5	Newton's second law of motion	1.5.1	Newton's second law of motion	1.5.1b	unit force		defines unit force
25	24	1	Laws of motion	1.5	Newton's second law of motion	1.5.1	Newton's second law of motion	1.5.1c	Gravitational unit of force		defines gravitational unit of force
26	25	1	Laws of motion	1.6	Impulse	1.6.1	impulse	1.6.1a	Impulse		describes impulsive force
27	26	1	Laws of motion	1.7	Newton's third law of motion	1.7.1	Newton's third law of motion	1.7.1a	Examples of newton's third law		defines newtons third law
28	27	1	Laws of motion	1.8	Principles of conservation of linear momentum	1.8.1	principles of conservation of linear momentum	1.8.1a	Principles of conservation of linear momentum		derives the laws of conservation of linear momentum
29	28	1	Laws of motion	1.9	Rocket propulsion	1.9.1	Rocket propulsion	1.9.1a	Rocket propulsion		explains the functioning of rocket propulsion
30	29	1	Laws of motion	1.10	Gravitation	1.10.1	Newton's universal law of gravitation	1.10.1a	newton's universal law of gravitation		derives newton's universal law of gravitation
31	30	1	Laws of motion	1.10	Gravitation	1.10.2	accelaration due to gravity	1.10.2a	Acceleration due to gravity		defines Acceleration due to gravity
32	31	1	Laws of motion	1.10	Gravitation	1.10.3	realation between g and G	1.10.3a	Relation between g and G		derives the relation between g and G
33	32	1	Laws of motion	1.10	Gravitation	1.10.4	Mass of the earth	1.10.4a	Mass of the earth		draws the relation between mass of the earth and G
34	33	1	Laws of motion	1.10	Gravitation	1.10.5	Variation of acceleration due to gravity(g)	1.10.5a	Variation of acceleration due to gravity(g)		inferes g and R are inversely propostional
35	34	1	Laws of motion	1.11	Mass and weight	1.11.1	Mass and weight	1.11.1a	Mass and weight		draws the relation between mass and weight
36	35	1	Laws of motion	1.12	Apparent weight	1.12.1	Apparent weight	1.12.1a	Apparent weight		explains apparent weight
37	36	1	Laws of motion	1.12	Apparent weight	1.12.2	Weightlessness	1.12.2a	Weightlessness		explains Weightlessness
38	37	1	Laws of motion	1.12	Apparent weight	1.12.3	Weightlessness of the astronatus	1.12.3a	Weightlessness of the astronatus		explains Weightlessness of the astronatus
39	38	1	Laws of motion	1.12	Apparent weight	1.12.4	application of newton's law of gravitation	1.12.4a	Applicationof newton's law of gravitation		lists the applications of newton's law of gravitation
40	39	2	Optics	2.1	Introduction	2.1.1	Introduction	2.1.1a	Introduction		recalls the cocepts of light
41	40	2	Optics	2.1	Properties of light	2.1.2	Properties of light	2.1.2a	Properties of light		describes the properties of light
42	41	2	Optics	2.2	refraction of light	2.2.1	First law of refraction	2.2.1a	first law of Refraction		states the first law of refraction
43	42	2	Optics	2.2	refraction of light	2.2.2	second law of refraction	2.2.2a	second law of refraction		states the second law of refraction
44	43	2	Optics	2.3	refraction of a composite light dispersion of light	2.3.1	refraction of a composite light dispersion of light	2.3.1a	Refraction of composite light - dispersion of light		explains refraction of composite light - dispersion of light
45	44	2	Optics	2.4	scattering of light	2.4.1	scattering of light	2.4.1a	scattering of light		defines scattering of light
46	45	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2a	Elastic scattering		explains elastic scattering
47	46	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2b	Inelastic scattering		explains inelastic scattering
48	47	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2c	Rayleigh's scattering		defines Rayleigh's scattering
49	48	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2d	Rayleigh's scattering law		states Rayleigh's scattering law
50	49	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2e	Mie scattering		explains mie scattering
51	50	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2f	Tyndall scattering		states Tyndall scattering
52	51	2	Optics	2.4	scattering of light	2.4.2	Types of scattering	2.4.2g	Raman scattering		explains the concept of Raman scattering
53	52	2	Optics	2.5	lenses	2.5.1	Lenses	2.5.1a	convex or biconvex lens		explains convex or biconvex lens
54	53	2	Optics	2.5	Lenses	2.5.1	Lenses	2.5.1b	concave or biconcave		explains concave or biconcave lens
55	54	2	Optics	2.5	lenses	2.5.2	other types of lenses	2.5.2a	Plano-convex lens		explains plano-convex lens
56	55	2	Optics	2.5	lenses	2.5.2	other types of lenses	2.5.2b	plano-concave lens		explains plano-concave lens
57	56	2	Optics	2.6	Images formed refraction through a convex and concave lens	2.6.1	Images formed refraction through a convex and concave lens	2.6.1a	Images formed refraction through a convex and concave lens rule-1		explains refraction through lenses at optical centre
58	57	2	Optics	2.6	Images formed refraction through a convex and concave lens	2.6.1	Images formed refraction through a convex and concave lens	2.6.1b	Images formed refraction through a convex and concave lensRule - 2		explains refraction through lenses, parallel to optic axis
59	58	2	Optics	2.6	Images formed refraction through a convex and concave lens	2.6.1	Images formed refraction through a convex and concave lens	2.6.1c	Images formed refraction through a convex and concave lensRule -3		explains refraction through lenses, through principal axis
60	59	2	Optics	2.7	Refraction through convex lens	2.7.1	refraction through convex lens	2.7.1a	object at infinity		explains refraction through convex lens
61	60	2	Optics	2.7	Refraction through convex lens	2.7.1	refraction through convex lens	2.7.1b	object placed beyond C(>2F)		explains refraction through convex lens, when object is placed beyond C(>2F)
62	61	2	Optics	2.7	Refraction through convex lens	2.7.1	refraction through convex lens	2.7.1c	Object placed at C		explains refraction through convex lens, when Object is placed at C
63	62	2	Optics	2.7	Refraction through convex lens	2.7.1	refraction through convex lens	2.7.1d	object placed between F and C		explains refraction through convex lens
64	63	2	Optics	2.7	Refraction through convex lens	2.7.1	refraction through convex lens	2.7.1e	object placed at the principal focus F		explains refraction through convex lens when object is placed at the principal focus F
65	64	2	Optics	2.7	Refraction through convex lens	2.7.1	refraction through convex lens	2.7.1f	object placed between the principal focus F and optical center O		explains refraction through convex lens when object is placed between principal focus and optical centre O
66	65	2	Optics	2.8	Applications of convex lenses	2.8.1	applications of convex lens	2.8.1a	Applications of convex lens		lists out the applications of convex lens
67	66	2	Optics	2.9	Refraction through concave lens	2.9.1	Refraction through a concave lens	2.9.1a	object at infinity		explains refraction through concave lens, when object is placed at infinity
68	67	2	Optics	2.9	refraction through a concave lens	2.9.1	refraction through a concave lens	2.9.1b	object any where on the principle axis at a finite distance		explains refraction through concave lens,when object any where on the principle axis at a finite distance
69	68	2	Optics	2.10	Applications of concave lenses	2.10.1	Applications of concave lenses	2.10.1a	Applications of concave lenses		lists out the applications of concave lens
70	69	2	Optics	2.11	Lens formula	2.11.1	lens formula	2.11.1a	lens formula		formulates the relationship between focal length, object distance and image distance
71	70	2	Optics	2.12	Sign convention	2.12.1	sign convention	2.12.1a	sign convention		applies cartesian sign conventions in ray diagrams
72	71	2	Optics	2.13	magnification of lens	2.13.1	magnification of lens	2.13.1a	magnification of lens		formulates the relationship between magnification, size of the object and image
73	72	2	Optics	2.14	Lens maker's formula	2.14.1	Lens maker's formula	2.14.1a	Lens maker's formula		derives the relationship between focal lentgh, radius of curvature of lens and refractive index
74	73	2	Optics	2.15	Power of a lens	2.15.1	Power of a lens	2.15.1a	Power of a lens		derives the relationship between power and focal length of the lens
75	74	2	Optics	2.16	Human eye	2.16.1	Human eye	2.16.1a	Structure of eye		describes the structure of human eye
76	75	2	Optics	2.16	Human eye	2.16.1	Human eye	2.16.1b	Working of eye		describes the working of human eye
77	76	2	Optics	2.16	Human eye	2.16.1	Human eye	2.16.1c	power of accomodation		describes the power of accomadation
78	77	2	Optics	2.16	Human eye	2.16.1	Human eye	2.16.1d	Persistence of vision		describes the persistence of vision
79	78	2	Optics	2.16	Human eye	2.16.1	Human eye	2.16.1e	The far point and near point of the human		describes the far point and near point of the human
80	79	2	Optics	2.17	Defect in eye	2.171	defect in eye	2.17.1a	defect in eye		describes the defects of the eye
81	80	2	Optics	2.17	Defect in eye	2.17.2	defect in eye	2.17.2a	Myopia		describes the reason for short sightedness
82	81	2	Optics	2.17	Defect in eye	2.17.2	defect in eye	2.17.2b	Hypermetropia		describes the reason for hypermetropia
83	82	2	Optics	2.17	Defect in eye	2.17.2	defect in eye	2.17.2c	Presbiopia		describes the reason for presbiopia
84	83	2	Optics	2.17	Defect in eye	2.17.2	defect in eye	2.17.2d	Astigmatism		describes the reason for astigmatism
85	84	2	Optics	2.18	microscope	2.18.1	Microscope	2.18.1a	Simple microscope		describes the formation of enlarged image in simple microscope
86	85	2	Optics	2.18	microscope	2.18.2	Microscope	2.18.2a	Uses of simple microscope		lists the uses of simple microscope
87	86	2	Optics	2.18	microscope	2.18.3	Microscope	2.18.3a	compound microscope		describes the formation of enlarged image by compound microscope
88	87	2	Optics	2.18	microscope	2.18.3	Microscope	2.18.3b	construction		describes the construction of enlarged image by compound microscope
89	88	2	Optics	2.18	microscope	2.18.3	Microscope	2.18.3a	Working		explains the working of compound microscope
90	89	2	Optics	2.18	microscope	2.18.4	Microscope	2.18.4a	Travelling microscope		explains the nature of the travelling microscope
91	90	2	Optics	2.19	Telescope	2.19.1	telescope	2.19.1a	Telescope		explains about the invention of telescope
92	91	2	Optics	2.19	Telescope	2.19.2	telescope	2.19.2a	types of telescope		classifies the major types of telscopes
93	92	2	Optics	2.19	Telescope	2.19.2	telescope	2.19.2b	astronomical telescope		explains the use of astraunomical telescope
94	93	2	Optics	2.19	Telescope	2.19.2	telescope	2.19.2c	Terrestrial telescope		explains the use of terrestrial telescope
95	94	2	Optics	2.19	Telescope	2.19.3	telescope	2.19.3a	Advantages & Disavantages of telescope		lists the advantages and disadvantages of telescope
96	95	3	Thermal physics	3.1	Introduction	3.1.1	Introduction	3.1.1a	Introduction		recalls the cocepts of heat and temperature
97	96	3	Thermal physics	3.2	temperature	3.2.1	Temperature	3.2.1a	Temperature		explains the concept of temperature
98	97	3	Thermal physics	3.2	temperature	3.2.2	Absolute scale of temperature	3.2.2a	Absolute scale of temparature		defines absolute scale of temperature
99	98	3	Thermal physics	3.2	temperature	3.2.3	thermal equlibrium	3.2.3a	thermal equilibrium		explains thermal equilibrium
100	99	3	Thermal physics	3.3	thermal energy	3.3.1	Thermal energy	3.3.1a	Thermal energy		explains thermal energy