Enter your data of the masses, mi & m2 in kg as related to the current, I, in Amper and time, t, in minutes in the table below: Table (2.1 ) MCu = (m2 - mı) x 10^(-3) (kg) Amount of Current (I) (A) Time (t) (min) Charge (I x t) (Coulomb) mi x 10^(-3) (kg) m2 x 10^(-3) (kg) 0.8 16 36.94 37.17 0.4 16 37.17 37.29 0.4 8. 37.29 37.34 3. What type of relationship do you see between MCu and (I × t). 4. From your graph find the specific charge K, of Copper Ions by calculating the slope.

Enter your data of the masses, mi & m2 in kg as related to the current, I, in Amper and time, t, in minutes in the table below: Table (2.1 ) MCu = (m2 - mı) x 10^(-3) (kg) Amount of Current (I) (A) Time (t) (min) Charge (I x t) (Coulomb) mi x 10^(-3) (kg) m2 x 10^(-3) (kg) 0.8 16 36.94 37.17 0.4 16 37.17 37.29 0.4 8. 37.29 37.34 3. What type of relationship do you see between MCu and (I × t). 4. From your graph find the specific charge K, of Copper Ions by calculating the slope.

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter7: Electricity

Section: Chapter Questions

Problem 12Q

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