°Ù¼ÒÀÖ²Ê
|
ÎÞÒíÄñÒ»¿âа¶ñÂþ»
|
Ц¾Æ¥а¶ñÂþ»
|
¿ªÐÄÆåÅÆ
|
ÓéÀÖÆåÅÆ
|
а¶ñÂþ»Ö®²»Öª»ðÎè
|
ÆåÅÆÊÒ¹ÜÀíÖƶÈ
|
°Ù¼ÒÀÖÍøÖ·
|
а¶ñÂþ»È«¼¯ÏÂÔØ
|
а¶ñÂþ»Ö®µç³µ³Õºº
|
а¶ñÂþ»ÖÐÎÄÍø
|
ÈÕ±¾Ð°¶ñÂþ»¶¯Ì¬Í¼
|
а¶ñÂþ»²»Öª»ðÎè
|
³¬Ð°¶ñÂþ»É«ÏµÍ¼Æ¬
|
²»Öª»ðÎèа¶ñÂþ»
|
а¶ñÂþ»²»Öª»ðÎèÂÖ
|
´ºÀöhа¶ñÂþ»¼¯
|
а¶ñÂþ»É«Ïµ
|
ÔÚÏß°Ù¼ÒÀÖ
|
½ðÅ£ÆåÅÆ
|
ÎÞÒíÄñа¶ñÂþ»ÍøÕ¾
|
ÎÞÒíÄñа¶ñÂþ»¼¯
|
ÉÏÓÎÆåÅÆ´óÌüÏÂÔØ
|
ÉÙŮа¶ñÂþ»È«¼¯½û
|
¶þ´ÎԪа¶ñÂþ»9699
|
ÉÙŮа¶ñÂþ»´óÈ«
|
ÓŲ¥Í¼¿âа¶ñÂþ»
|
ȫѶÍø
|
ȫѶÍøÐÂ2
|
0008ȫѶÍø
|
ȫѶÍøÎåºþËĺ£
|
ÎåºþËĺ£È«Ñ¶Íø
|
ÐÂȫѶÍø
System name
Minu asjad
Start & Search
yTeach help
About Us
Login
Homepage
»
Search results
Browse resources using...
cid_basic
Lower Secondary
Biology
(3262)
Chemistry
(2845)
Mathematics
(3817)
Physics
(2806)
Upper Secondary
Biology
(3392)
Chemistry
(3295)
Mathematics
(3052)
Physics
(3275)
Upper Primary
Mathematics
(3131)
Science
(1889)
Categories
Subject
"
Show all
"
Biology (6654)
Chemistry (6140)
Mathematics (10000)
Physics (6081)
Science (1889)
Grade
"
Show all
"
Lower Secondary (12729)
Upper Primary (5021)
Upper Secondary (13014)
Publisher
"
Show all
"
yTeach Publisher (30763)
Resource types
"
Show all
"
Animation (6833)
Audio text (9)
Chart (219)
Class activity (1093)
Game (32)
Glossary (42)
Illustration (1366)
Simulation (1378)
Slideshow (2206)
Student activity (7542)
Whiteboard exercise (8951)
Whiteboard presentation (1092)
Assignment (1)
Teaching type
"
Show all
"
Learning object (8636)
Teaching object (22128)
Usage
"
Show all
"
Self-study resource (8636)
Teaching resource (22128)
Browse document tree
I. States of matter
(210)
1. Basic properties of matter
(22)
2. Gases
(23)
3. Liquids
(27)
4. Solids
(26)
5. Changes of state
(27)
6. Physical changes accompanying heating and cooling
(19)
7. Diffusion and dissolving
(24)
8. Gas laws. Part I
(20)
9. Gas laws. Part II
(22)
II. Elements, compounds and mixtures
(90)
10. Elements
(31)
11. Chemical compounds
(27)
12. Mixtures
(32)
III. Atomic structure
(154)
13. Early atomic theories
(21)
14. The structure of the atom
(28)
15. Relative atomic mass
(26)
16. Continuous and line spectra
(26)
17. The Bohr model of the atom
(23)
18. The electron configuration of an atom
(30)
IV. Bonding
(257)
19. Ionic bonding. Part I
(33)
20. Ionic bonding. Part II
(31)
21. Covalent bonding. Part I
(30)
22. Covalent bonding. Part II
(37)
23. Simple and giant molecular solids
(26)
24. Allotropes
(33)
25. Metallic bonding
(39)
26. Alloys
(28)
V. Representing chemical reactions
(80)
27. Chemical and physical change
(27)
28. Chemical equations
(24)
29. Reaction types
(29)
VI. Quantitative aspects of chemical reactions
(112)
30. Atomic and molecular mass
(35)
31. The mole
(34)
32. Using the mole concept
(43)
VII. Acids, bases and salts
(215)
33. Properties of acids
(40)
34. Properties of bases
(32)
35. Indicators and pH
(31)
36. Neutralisation reactions
(28)
37. Salts
(31)
38. Reactions of acids and bases
(32)
39. Acid-base titration
(21)
VIII. Water and water solutions
(109)
40. Properties of water
(26)
41. Solubility in water
(29)
42. Natural waters
(24)
43. Colloids. Washing in water
(30)
IX. The periodic table and chemical properties of the elements
(215)
44. The periodic table
(27)
45. Noble gases
(29)
46. Alkali metals
(24)
47. Reactions of alkali metals
(29)
48. Alkaline earth metals. Group 2
(24)
49. Halogens. Group 17
(25)
50. Reactions of the halogens
(31)
51. Transition elements
(26)
X. Reactivity of metals
(89)
52. The reactivity series
(26)
53. Predicting reactions involving metals
(35)
54. Electrochemical cells
(28)
XI. Electrolysis
(82)
55. Conductivity of electrolytes
(26)
56. Electrolysis
(26)
57. Applications of electrolysis and calculations connected with electrolysis
(30)
XII. Organic chemistry
(139)
58. Alkanes
(28)
59. Isomerism of alkanes
(25)
60. Alkenes
(26)
61. Alcohols
(29)
62. Carboxylic acids
(31)
XIII. Chemical reactions
(174)
63. Endothermic and exothermic reactions
(28)
64. Reversible reactions and chemical equilibrium
(25)
65. Reaction rate
(18)
66. Factors affecting reaction rate
(27)
67. Catalysts
(30)
68. Enzymes – biological catalysts
(46)
XIV. Useful products from organic sources
(123)
69. Fossil fuels and crude oil
(35)
70. Cracking and combustion of hydrocarbons
(26)
71. Polymers
(33)
72. Environmental impact of oil products
(29)
XV. Useful products from rocks
(191)
73. Metals from metal ores
(30)
74. Iron
(29)
75. Aluminium
(27)
76. Copper and titanium
(27)
77. Industrial uses of limestone
(33)
78. Sulphur and sulphuric(VI) acid
(45)
XVI. Useful products from air
(108)
79. Air
(38)
80. Ammonia and nitric acid
(37)
81. Fertilisers
(33)
XVII. Food and drugs
(122)
82. Carbohydrates
(31)
83. Proteins
(30)
84. Fats
(32)
85. Food and drugs
(29)
XVIII. Chemistry and the Earth
(229)
86. The structure of the Earth
(27)
87. Tectonic plates
(29)
88. Tectonic movements, earthquakes and volcanoes
(31)
89. Igneous rocks
(22)
90. Sedimentary rocks. Part I
(28)
91. Sedimentary rocks. Part II
(28)
92. Metamorphic rocks and circulation of rock material
(20)
93. The atmosphere
(20)
94. Oceans
(24)
XIX. Laboratory techniques and analytical tests
(114)
95. Handling liquids
(29)
96. Handling solids. Heating
(28)
97. Gases: handling and laboratory tests
(28)
98. Testing for ions
(29)
XX. Safety in the chemical laboratory
(32)
99. Safety in the chemical laboratory
(32)
Categories
Current search limited to one publisher
Resource type
Show all
Class activity (1)
Student activity (6)
Animation (8)
Whiteboard exercise (6)
Whiteboard presentation (1)
Slideshow (1)
Display:
30
|
60
|
90
Sort by: Title
Resource Type
Resources: 1 – 23 Total: 23
Bohr's model of the atom
Animation
Play
Emission of light
Whiteboard exercise
Play
Emission of light
Slideshow
Play
Emission of light
Student activity
Play
Energy levels
Student activity
Play
Energy levels
Whiteboard exercise
Play
Interpretation of the atomic spectrum of hydrogen
Student activity
Play
Interpretation of the atomic spectrum of hydrogen
Whiteboard exercise
Play
The absorption and emission of energy
Animation
Play
The Bohr model of the atom
Whiteboard presentation
Play
The Bohr model of the atom
Class activity
Play
The Bohr model of the atom
Whiteboard exercise
Play
The Bohr model of the atom
Student activity
Play
The determination of energy levels
Animation
Play
The emission of light
Animation
Play
The excited state of the atom
Animation
Play
The ground state and excited states of an atom
Whiteboard exercise
Play
The ground state and excited states of an atom
Student activity
Play
The levels of energy
Animation
Play
The process of ionisation
Animation
Play
The spectral lines in the atomic spectrum of hydrogen
Animation
Play
Transformation of an atom into an ion
Student activity
Play
Transformation of an atom into an ion
Whiteboard exercise
Play
Resources: 1 – 23 Total: 23
About Us
Copyright © 2009 Young Digital Planet
Powered by
UNIVERSAL
Curriculum
&
yTeachSys
ȫѶÍø
|
ȫѶÍøÐÂ2
|
0008ȫѶÍø
|
ȫѶÍøÎåºþËĺ£
|
ÎåºþËĺ£È«Ñ¶Íø
|
ÐÂȫѶÍø
