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# Hycos Equation

By: a guest on Sep 29th, 2012  |  syntax: None  |  size: 2.17 KB  |  views: 12  |  expires: Never
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1. Hyco: Btw. the equation of light was so simple your little brother could do it. all you had to do is take Electron = -1.602 19 × 10
2. -19
3.  C = 9.11 × 10
4. -31
5.  kg
6. Proton = 1.602 19 × 10
7. -19
8.  C = 1.67 × 10
9. -27
10.  kg
11. Neutron = 0 C = 1.67 × 10
12. -27
13.  kg
14. 6.022 × 10
15. 23
16.  atoms in one atomic mass unit
17. e is the elementary charge: 1.602 19 × 10
18. -19
19.  C
20. Potential Energy, velocity of electron: PE = eV = ½mv
21. 2
22. 1V = 1J/C 1N/C = 1V/m 1J = 1 N·m = 1 C·V
23. 1 amp = 6.21 × 10
24. 18
25. electrons/second = 1 Coulomb/second
26. 1 hp = 0.756 kW 1 N = 1 T·A·m 1 Pa = 1 N/m
27. 2
28. Power = Joules/second = I
29. 2
30. R = IV   [watts W]
32. Equation: x
33. b b ac
34. a
35. =
36. - ± -
37. 2
38. 4
39. 2
40. Kinetic Energy [J]
41. KE = mv
42. 1
43. 2
44. 2
45. [Natural Log:  when e
46. b
47. = x,  ln x = b ]
48. m: 10
49. -3
50. m: 10
51. -6
52. n: 10
53. -9
54. p: 10
55. -12
56. f: 10
57. -15
58. a: 10
59. -18
61. r r r r
62. R = A + B + C Resultant = Sum of the vectors
63. r r r r
64. Rx = Ax + Bx + Cx
65. x-component A A
66. x = cos q
67. r r r r
68. Ry = Ay + By + Cy
69. y-component Ay = A sin q
70. R = Rx + Ry
71. 2 2
72. Magnitude (length) of R
73. qR
74. y
75. x
76. R
77. R
78. =
79. -
80. tan
81. 1
82.     or    tanqR
83. y
84. x
85. R
86. R
87. = Angle of the resultant
88. Multiplication of Vectors:
89. Cross Product or Vector Product:
90. i ´ j = k j ´ i = -k
91. i ´ i = 0
92. Positive direction:
93. i
94. j k
95. Dot Product or Scalar Product:
96. i × j = 0 i × i = 1
97. a × b = abcosq
98. k
99. i
100. j
101. Derivative of Vectors:
102. Velocity is the derivative of position with respect to time:
103. v = + + k = i + j + k
104. d
105. dt
106. x y z
107. dx
108. dt
109. dy
110. dt
111. dz
112. dt
113. ( i j )
114. Acceleration is the derivative of velocity with respect to
115. time:
116. a = + + k = i + j + k
117. d
118. dt
119. v v v
120. dv
121. dt
122. dv
123. dt
124. dv
125. dt
126. x y z
127. x y z
128. ( i j )
129. Rectangular Notation:   Z = R ± jX where  +j represents
130. inductive reactance and -j represents capacitive reactance.
131. For example,  Z = 8 + j6W means that a resistor of 8W is
132. in series with an inductive reactance of 6W.
133. Polar Notation:  Z = M Ðq, where M is the magnitude of the
134. reactance and  q is the direction with respect to the
135. horizontal (pure resistance) axis.  For example, a resistor of
136. 4W in series with a capacitor with a reactance of 3W would
137. be expressed as  5 Ð-36.9° W.
138. In the desc and divide it by discharging:
139. q Qe
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