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#माझी पहिली पोस्ट ✌
#Electrical Engineering knowledge @knowledge
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![माझी पहिली पोस्ट ✌ - 7:22 [} [in ( 8 66:#! RESISTANCE (R) KEY FORMULAS ~ OHM'S LAW (R = V /I) V = Voltage (Volts, V) = Current (Amperes A) R RESISTIVITY (R p *L/A) = 0 = Resistivity (Ohm-meters, Q*m) L=Length of Conductor (meters, m) A = Cross-sectional Area (square meters, m२) TEMPERATURE EFFECT (R = Ro [१ + a(T - To)J) Resistance at initial temp To Ro R = Resistance at final temp T q = Temperature Coefficient COMBINATIONS OF RESISTORS 1+ R + R (Req] SERIES =R1 + Rz + R3 PARALLEL Req = R1 0W 0 W o W 0 Total Resistance Increases. Total Resistance Decreases | 7:22 [} [in ( 8 66:#! RESISTANCE (R) KEY FORMULAS ~ OHM'S LAW (R = V /I) V = Voltage (Volts, V) = Current (Amperes A) R RESISTIVITY (R p *L/A) = 0 = Resistivity (Ohm-meters, Q*m) L=Length of Conductor (meters, m) A = Cross-sectional Area (square meters, m२) TEMPERATURE EFFECT (R = Ro [१ + a(T - To)J) Resistance at initial temp To Ro R = Resistance at final temp T q = Temperature Coefficient COMBINATIONS OF RESISTORS 1+ R + R (Req] SERIES =R1 + Rz + R3 PARALLEL Req = R1 0W 0 W o W 0 Total Resistance Increases. Total Resistance Decreases | - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_354610_2c947927_1780509273332_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=332_sc.jpg "माझी पहिली पोस्ट ✌ - 7:22 [} [in ( 8 66:#! RESISTANCE (R) KEY FORMULAS ~ OHM'S LAW (R = V /I) V = Voltage (Volts, V) = Current (Amperes A) R RESISTIVITY (R p *L/A) = 0 = Resistivity (Ohm-meters, Q*m) L=Length of Conductor (meters, m) A = Cross-sectional Area (square meters, m२) TEMPERATURE EFFECT (R = Ro [१ + a(T - To)J) Resistance at initial temp To Ro R = Resistance at final temp T q = Temperature Coefficient COMBINATIONS OF RESISTORS 1+ R + R (Req] SERIES =R1 + Rz + R3 PARALLEL Req = R1 0W 0 W o W 0 Total Resistance Increases. Total Resistance Decreases | 7:22 [} [in ( 8 66:#! RESISTANCE (R) KEY FORMULAS ~ OHM'S LAW (R = V /I) V = Voltage (Volts, V) = Current (Amperes A) R RESISTIVITY (R p *L/A) = 0 = Resistivity (Ohm-meters, Q*m) L=Length of Conductor (meters, m) A = Cross-sectional Area (square meters, m२) TEMPERATURE EFFECT (R = Ro [१ + a(T - To)J) Resistance at initial temp To Ro R = Resistance at final temp T q = Temperature Coefficient COMBINATIONS OF RESISTORS 1+ R + R (Req] SERIES =R1 + Rz + R3 PARALLEL Req = R1 0W 0 W o W 0 Total Resistance Increases. Total Resistance Decreases | - ShareChat")