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267532542
DREAM VOYAGER
@267532542
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#🛕Interesting facts #💼തൊഴിൽ അവസരങ്ങൾ #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #✍️പൊതുവിജ്ഞാനം
🛕Interesting facts - Longitud de onda 1 Rayos 0,001 nm gammal 0,01 nm 0,1 nm Rayos X 1nm 10 nm Ultravisibte 100 nm | ಕಿ १० pm [ Infrarrojos 100 um 1 mm 1 cm Microondas 10 cm 1m 10 m १०० m Radio 1000 m Longitud de onda 1 Rayos 0,001 nm gammal 0,01 nm 0,1 nm Rayos X 1nm 10 nm Ultravisibte 100 nm | ಕಿ १० pm [ Infrarrojos 100 um 1 mm 1 cm Microondas 10 cm 1m 10 m १०० m Radio 1000 m - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #💼തൊഴിൽ അവസരങ്ങൾ #✍️വിദ്യാഭ്യാസം #✍️പൊതുവിജ്ഞാനം
🛕Interesting facts - OHMS LAW COULOMB'S LAW Ro R = =R V= T R 0102' 1 F= 41[& T VVOLT AAMP n೦HN Ohms law states that the voltage or potential difference According to Coulomb $ Iaw , the force of attraction or ' between two points is directly proportional to the repulsion between two charged bodies is directly proportional to the product of their charges and inversely proportional to current or electricity passins throush the resistance; and directly proportional to the resistance of the circuit along the linc thc squarc of the distance betwcen them It acts joining the two charges considered to be point charges . Pinterest @Shadabalfaaz98 Pinterest @Shadabalfaaz98 GAUSS LAW SAVARTS LAW BIOT Brol SVarl H Sನll ; hil ' mnnnclic lild 0u 10' 9 CWrtnt Curyin Connuilor 01 (alancu Coinl 1u; $E*dA = Invo'swy nropnrlion.l Io Ih  ;qUarr ೧1 Ilr dslancr ' &0 Delನtm Ihe concluclor and point a0 Ihe minelic ledls dreclly proportlonal [o Ine length o1 Ihe' conduclor curront 1lownq In Iho conduclor ' Io Idl sin 0 dB 47 -2 JB Gauss Iaw states that the total electric flux le out of a closed surface is equal to the charge enclosed divided by the permittivity Pinterest; @Shadabalfaazgg Pinterest: @Shadabalfaaz98 OHMS LAW COULOMB'S LAW Ro R = =R V= T R 0102' 1 F= 41[& T VVOLT AAMP n೦HN Ohms law states that the voltage or potential difference According to Coulomb $ Iaw , the force of attraction or ' between two points is directly proportional to the repulsion between two charged bodies is directly proportional to the product of their charges and inversely proportional to current or electricity passins throush the resistance; and directly proportional to the resistance of the circuit along the linc thc squarc of the distance betwcen them It acts joining the two charges considered to be point charges . Pinterest @Shadabalfaaz98 Pinterest @Shadabalfaaz98 GAUSS LAW SAVARTS LAW BIOT Brol SVarl H Sನll ; hil ' mnnnclic lild 0u 10' 9 CWrtnt Curyin Connuilor 01 (alancu Coinl 1u; $E*dA = Invo'swy nropnrlion.l Io Ih  ;qUarr ೧1 Ilr dslancr ' &0 Delನtm Ihe concluclor and point a0 Ihe minelic ledls dreclly proportlonal [o Ine length o1 Ihe' conduclor curront 1lownq In Iho conduclor ' Io Idl sin 0 dB 47 -2 JB Gauss Iaw states that the total electric flux le out of a closed surface is equal to the charge enclosed divided by the permittivity Pinterest; @Shadabalfaazgg Pinterest: @Shadabalfaaz98 - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #✍️പൊതുവിജ്ഞാനം #💼തൊഴിൽ അവസരങ്ങൾ
🛕Interesting facts - PASCALS LAW JOULES LAW The' heat produced (Q) by an electric current is equal The external static pressure applied to the product of the ona confined liquidis distributed or resistance (R) of the transmitted evenly throughout thel conductor, the square Of liquidinall directions the current ( and the time (T) for which it flows: Dloitil Force F Lnor m p =A Q = IRT Area HDler Leqqina { Haatan Pinterest OShadabalfaaz98 Pinterest: @Shadabalfaaz98 LAMI'S THEOREM KINETIC ENERGY h KE = V2 mv2 . { MaKina Nckinr a Uall  01 siny sina sinp of an object (kgl massi velocity of an object (m/sec") STATEMENT Tlyna bird; Tonrroatnr ' Lamis theorem states that when three forces acting at a A form of energy that an object or a are in equilibrium each force is directly proportional point particle has by reason of its motion. to the sine of the angle between the other two forces Pinterest: @Shadabalfaaz98 Instagram: @Shadab_alfaaz_ Pinterest @Shadabalfaaz98 PASCALS LAW JOULES LAW The' heat produced (Q) by an electric current is equal The external static pressure applied to the product of the ona confined liquidis distributed or resistance (R) of the transmitted evenly throughout thel conductor, the square Of liquidinall directions the current ( and the time (T) for which it flows: Dloitil Force F Lnor m p =A Q = IRT Area HDler Leqqina { Haatan Pinterest OShadabalfaaz98 Pinterest: @Shadabalfaaz98 LAMI'S THEOREM KINETIC ENERGY h KE = V2 mv2 . { MaKina Nckinr a Uall  01 siny sina sinp of an object (kgl massi velocity of an object (m/sec") STATEMENT Tlyna bird; Tonrroatnr ' Lamis theorem states that when three forces acting at a A form of energy that an object or a are in equilibrium each force is directly proportional point particle has by reason of its motion. to the sine of the angle between the other two forces Pinterest: @Shadabalfaaz98 Instagram: @Shadab_alfaaz_ Pinterest @Shadabalfaaz98 - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #✍️പൊതുവിജ്ഞാനം #💼തൊഴിൽ അവസരങ്ങൾ
🛕Interesting facts - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #✍️പൊതുവിജ്ഞാനം #💼തൊഴിൽ അവസരങ്ങൾ
🛕Interesting facts - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #✍️പൊതുവിജ്ഞാനം #💼തൊഴിൽ അവസരങ്ങൾ
🛕Interesting facts - Basics of Electricity Electricity is like a water hose Voltage Current Resistance 7 X (V-lR) Voltage  Vols ( Gircuit Diagram Water Electricity Current Molinoe SU[C HusL  ಊps ( or I) aup Mlil PRESSIEE TIL0 Resistance Onns (R0r ೧) LAOY @et TUIIOI DNIDUII (^sp redlih . Konan Alternating Current vs Direct Current ಂEducaton * Josh] Phjs Cs Classes  DC AC I current were Iike water In a hose FREEING ENEROY DC would flowin one dlrection AC would flow back and forthi gণA/A/lt  క్దే TIME Things Things that use DC that use AC Basics of Electricity Electricity is like a water hose Voltage Current Resistance 7 X (V-lR) Voltage  Vols ( Gircuit Diagram Water Electricity Current Molinoe SU[C HusL  ಊps ( or I) aup Mlil PRESSIEE TIL0 Resistance Onns (R0r ೧) LAOY @et TUIIOI DNIDUII (^sp redlih . Konan Alternating Current vs Direct Current ಂEducaton * Josh] Phjs Cs Classes  DC AC I current were Iike water In a hose FREEING ENEROY DC would flowin one dlrection AC would flow back and forthi gণA/A/lt  క్దే TIME Things Things that use DC that use AC - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #💼തൊഴിൽ അവസരങ്ങൾ #✍️പൊതുവിജ്ഞാനം
🛕Interesting facts - Transformer A transformer is a device used in the power transmission of electric energy It is commonly used to increase or decrease the supply voltage without a change in the frequency of AC between circuits The transformer Magnetic field works on thel principle of Primary Faradays law of Secondary electromagnetic induction and mutual induction: Iron Core It is commonly used to increase or decrease the supply voltage without a change in the frequency of AC between circuits usually two coils primary coil and secondary There are coil on the transformer core unifyphysics Transformer A transformer is a device used in the power transmission of electric energy It is commonly used to increase or decrease the supply voltage without a change in the frequency of AC between circuits The transformer Magnetic field works on thel principle of Primary Faradays law of Secondary electromagnetic induction and mutual induction: Iron Core It is commonly used to increase or decrease the supply voltage without a change in the frequency of AC between circuits usually two coils primary coil and secondary There are coil on the transformer core unifyphysics - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #💼തൊഴിൽ അവസരങ്ങൾ #✍️പൊതുവിജ്ഞാനം
🛕Interesting facts - Types of Transformer 2.Transformer Types based on Voltage Level: Step Up transformer is exactly opposite of the step- down transformer Core Step-Up Primary Secondary up transformer increase the low primary voltage Step to a high secondary voltage For the Step Up transformer; the ratio of the primary windins and the Secondary windins remains less than 1 unifyphysics Types of Transformer 2.Transformer Types based on Voltage Level: Step Up transformer is exactly opposite of the step- down transformer Core Step-Up Primary Secondary up transformer increase the low primary voltage Step to a high secondary voltage For the Step Up transformer; the ratio of the primary windins and the Secondary windins remains less than 1 unifyphysics - ShareChat
#🛕Interesting facts #💯 PSC പരീക്ഷകള്‍ #✍️വിദ്യാഭ്യാസം #💼തൊഴിൽ അവസരങ്ങൾ #✍️പൊതുവിജ്ഞാനം
🛕Interesting facts - Types of Transformer .Transformer Types based on Voltage Level: A step down transformer converts the primary voltage voltage across the secondary output level to a lower Core Step-Dwon Primary Secondary This is achieved by the ratio of primary and secondary windinss. step down transformers the number of windings is For higher across the primary side than the secondary side unifyphysics Types of Transformer .Transformer Types based on Voltage Level: A step down transformer converts the primary voltage voltage across the secondary output level to a lower Core Step-Dwon Primary Secondary This is achieved by the ratio of primary and secondary windinss. step down transformers the number of windings is For higher across the primary side than the secondary side unifyphysics - ShareChat