Summary of Series Circuit by See Yong Leow https://padlet.com/seeyong_leow/itpirw8ddq18 Made with ♥ en-us 2019-03-29 14:47:38 UTC 2025-12-24 21:44:24 UTC hello@padlet.com Conclusion xiuyi_lum05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890897 a) Its the same.
b) pd=e.m.f
c) Equals the sum of the resistors of every resistor in the series circuit.]]> 2019-04-03 01:45:27 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890897 conclusion!! liu_yihua05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890901 a) the current through each component is the same
b) the p.d. across all components equate to the emf of the cell
c)the combined resistance is equivalent to the sum of all resistors in the circuit]]> 2019-04-03 01:45:28 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890901 Not a conclusion jiaxuan_tan05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890914 It is the same

The sum of potential differences across each component is equal to electromotive force

the combined resistance of all resistors is equal to the sum of the resistances of every resistor in the series circuit

]]> 2019-04-03 01:45:35 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890914 conclusion https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890915  • The current through each component is the same
 • The sum of all the potential differences in the circuit is the same as the e.m.f. of the cell
• The sum of the ohms of the resistors]]> 2019-04-03 01:45:36 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890915 Conclusion kayli_kwee05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890944 In a series circuit, 
- I1 = I2
- the potential difference across the resistor = the electro-motive force
- V1 + V2 = E of the cell 
- R1 + R2 = R3

]]> 2019-04-03 01:45:42 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890944 Conclusion emmapeh051_1 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890952 a) the current through each component is the same
b) the sum of the potential differences across each component is the e.m.f. of the cell
c) the combined resistance of all the resistor connected in series is the sum of the resistance in each individual resistor]]> 2019-04-03 01:45:46 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890952 conclusion xi_wang05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890956 (a) the current through each component is the same.
(b) potential diff. = e.m.f. of cell
(c) combined resistance = sum of individual resistance]]> 2019-04-03 01:45:47 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890956 Conclusion elizabeth_low05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890972 (a) The current through each component is the same.
(b) The potential differences across each component is equal to the e.m.f. of the cell
(c) ]]> 2019-04-03 01:45:51 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890972 conclusion!! naomiwang051_1 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890975 - the current through each component is the same 
- The potential difference across each component is the same as the e.m.f of the circuit 
- The combined resistance of all the resistors connected in series is (R=R1+R2+R3...) ]]> 2019-04-03 01:45:52 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890975 conclusion emily_tan05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890993 a) the current through each component is the same

b) the sum of the potential differences across each component is equal to the e.m.f. of the cell

c) the combined resistance of all the resistors connected in series is the sum of the resistance of each individual resistor]]> 2019-04-03 01:45:57 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347890993 conclusion darielle_a05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891002 1) the current though each of the circuit is the same
2) the sum of the potential differences across each component equals to the emf of the cell
3) the combined resistance of all the resistors connected in series is the sum of each individual resistor]]> 2019-04-03 01:45:59 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891002 CONCLUSION https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891006 1) the current through each component is the same 
2)the sum of the potential difference across each component is the same as the emf of the cell 
3) the combined resistance of all the resistors connected in series is the sum of the resistance (R= R1+R2]]> 2019-04-03 01:46:00 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891006 Conclusion eunice_khong05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891013 a) it is the same
b) the potential difference across each component is the same as the e.m.f. of the cell
c) R= R1 + R2, the combined resistance of all the resistors connected in series is the total resistance present in the circuit ]]> 2019-04-03 01:46:04 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891013 conclusion yixin_ong05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891021 a) The current through each component is the same.
b) The potential difference across each component is the same as the e.m.f. of the cell.
c) The combined resistance of all the resistors connected in series is the total sum of the resistance (R = R1 + R2 +...)]]> 2019-04-03 01:46:05 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891021 catclusion sheryl_tay05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891022 a) Current through each component is the same
b) The potential differences across each component is the same as the e.m.f of the cell
c) The combined resistors connected in series is the sum of all the individual resistors]]> 2019-04-03 01:46:06 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891022 conclusion :) sophie_lim05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891028 - the current through each of the components of a circuit is the same
- the p.d. across each component is the same as the e.m.f. of the cell
- the combined resistance of all the resistors connected in series is equal to the total resistance]]> 2019-04-03 01:46:08 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891028 conclusion beatrice_lau05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891035 a) the current through each component is the same
b) the potential differences across each component add up to the e.m.f. of the cell
c) the combined resistance of all the resistors connected in series is the sum of the resistors]]> 2019-04-03 01:46:11 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891035 conclusion,, https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891063 (a) The current through each component is the same.
(b) the sum of the potential difference across each component is equal to the e.m.f. of the cell.
(c)The combined resistance of all the resistors connected in series is the total resistance.]]> 2019-04-03 01:46:18 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891063 conclusion shalom_hl05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891084 1. the current is the same
2. the sum of the potential differences is equal to the emf of the cell 
3. the sum of all the resistors (the values)]]> 2019-04-03 01:46:24 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891084 Conclusion liyin_wee05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891091 (a) The current going through each component is the same.
(b) E = V
(c) R = R1 + R2]]> 2019-04-03 01:46:26 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891091 conclusion yifei_zhang05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891097 The current flowing through each component is the same.

The potential difference across each component is the same as the e.m.f. of the cell.

The combined resistance of all the resistors connected in series is the total resistance in the circuit.]]> 2019-04-03 01:46:28 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891097 conclusion chloe_yeo05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891129 1. the current through each component is the same
2. the potential difference across each component is the same as the emf of the cell
3. the combined resistance of all the resistors connected in series is its' sum
R = R1 + R2 ...]]> 2019-04-03 01:46:39 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891129 Conclusion ruihan_yang05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891141 1. The current through each component is the same
2. The sum of the potential differences across each component is equal to the electromotive force of the cell
3. The combined resistance of all the resistors connected in series is equal the resistance of a resistor that can resist the sum of the resistors.]]> 2019-04-03 01:46:44 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891141 conclusion fantian_meng05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891274 1. the current is the same throughout a series circuit, regardless before or after a resistor
2. p.d. across the resistor is the same as the e.m.f. of the cell
3. the combined resistance in a series circuit is the sum of all resistors. (R = R1 + R2)]]> 2019-04-03 01:47:33 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891274 conclusion chavonz_foo05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891294 1. the current through each component is the same 
2. the sum of the potential differences is the emf of the cell
3. the combined resistance equals to the sum of the resistance of each component in each cell]]> 2019-04-03 01:47:40 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891294 conclusion clara_tan05 https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891318 a) the current through each component is the same 
b) the sum of the potential differences across each component is equal to the emf of the cell 
c) ]]> 2019-04-03 01:47:45 UTC https://padlet.com/seeyong_leow/itpirw8ddq18/wish/347891318