Some important formulas for 10th std physics (STATE)
Till 2nd Chapter now.. Other chapters coming soon..
Chapter - 1 - HEAT
The heat required to raise the temperature of a substance of
mass "m" kg and specific heat capacity "c" by "o" = Q
Q = mco
Mass = m = co/q
Specific heat capacity = c = mo/q
Rise in temperature = o = mc/q
Specific latent heat of fusion = Lf
Specific latent heat of fusion of an object with mass " m " = mLf
Specific latent heat of vaporization = Lv
Specific latent heat of vaporization of an object with mass "m" = mLv
Chapter - 2 - Heating and Lighting effects of electricity
"I" is the current in ampere (A),
"V" is the current in volt (V)
"R" the resistance of the conductor in (OHM),
"t" the time in second (s)
"H" is the heat produced in joule (J)
H = I(Square)Rt
H = VIt
Time = t = H/VI
Resistance = R = V/I
Current In Volt = V = R x I
Current In ampere = I = R/V
Note : "x" is multiplication and "/" is division (Square) is its 2nd power and (Cube) its 3rd power. "o" is "theta"..
Till 2nd Chapter now.. Other chapters coming soon..
Chapter - 1 - HEAT
The heat required to raise the temperature of a substance of
mass "m" kg and specific heat capacity "c" by "o" = Q
Q = mco
Mass = m = co/q
Specific heat capacity = c = mo/q
Rise in temperature = o = mc/q
Specific latent heat of fusion = Lf
Specific latent heat of fusion of an object with mass " m " = mLf
Specific latent heat of vaporization = Lv
Specific latent heat of vaporization of an object with mass "m" = mLv
Chapter - 2 - Heating and Lighting effects of electricity
"I" is the current in ampere (A),
"V" is the current in volt (V)
"R" the resistance of the conductor in (OHM),
"t" the time in second (s)
"H" is the heat produced in joule (J)
H = I(Square)Rt
H = VIt
Time = t = H/VI
Resistance = R = V/I
Current In Volt = V = R x I
Current In ampere = I = R/V
Note : "x" is multiplication and "/" is division (Square) is its 2nd power and (Cube) its 3rd power. "o" is "theta"..
mother fucker
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