BAB 4 TENAGA
|
TAJUK |
KUANTITI |
FORMULA |
UNIT SI |
|
Kerja dan Tenaga |
Kerja |
W = F x s |
joule J |
|
|
Kuasa |
|
watt W |
|
|
Tenaga
kinetik |
|
joule J |
|
|
Tenaga
keupayaan graviti |
|
joule J |
|
|
Tenaga
keupayaan Kenyal |
E = ½ Fx = ½ k2x |
joule J |
|
Haba |
Perubahan
haba |
Q = mcq |
joule J |
|
|
Muatan
haba tentu |
|
J kg-1 oC-1 |
|
|
Perubahan
bentuk |
Q = mL |
joule J |
|
|
Haba
pendam tentu |
|
J kg-1 |
|
Pancaran Termion |
Tenaga
elektrik |
E = QV |
joule J |
|
|
Laju
elektron |
( |
m s-1 |
|
Model Atom |
Nombor
jisim |
A = Z + N |
|
|
Keradioaktifan |
Reputan
alfa (a) |
|
|
|
|
Reputan
beta (b) |
|
|
|
|
Reputan
gama (g) |
|
|
|
Tenaga Nuklear |
Tenaga
nuklear |
E = mc2 |
joule J |
)
