2. Use the data in Table (10.1) to plot the amount of charge (It) versus the mass of the deposited copper Mcu. I. PURPOSE:Is cakutate Hr Specifir charge8coper Taas ubickis the amant of chage curlied bup mit mo6sScopperIous.II. DATA AND DATA ANALYSIS:Enter your data of the masses, m, and m2 in kg as related to the current, I,in Ampere and time, t, in minutes in Table (10.1) below:1.7.Table(10.1)Current(I) | Time (t) Amount of chargeDeposited massm2ighlabiai Mcu (m2-m,)(Kg).m1(It)(A)(min)(Kg)(Kg)(Coulomb)0,6A0.8201036. 36.86| 36-51- 36.567.01/001-36.82 36.92D.2 x10 x 60 = 0A5.490.3A20D,9X 5x60= 2+D8.D. 0636.920,3A0141094X6x 0= 24036.16 36 6-3698=05 02Use the data in Table (10.1) to plot the amount of charge (It) versus themass of the deposited copper Mcu.3.What type of relationship do you see between Mcu and It?Direct Liser108

We plot the graph between Mcu and It in the excel sheet and it looks like below:

I. PURPOSE: Is calkutate thr Specitic charge8 Coper Tas waich is the amant of dhange curriedd bya ScopperIaNs, mit II. DATA AND DATA ANALYSIS: Enter your data of the masses, m, and m,2 in kg as related to the current, I, in Ampere and time, t, in minutes in Table (10.1) below: 1. 7. Table(10.1) m1 Current(I) | Time (t) Amount of charge m2 Deposited mass il gai Mcu = (m2-m,) (Kg) (It) %3D (A) (min) (Kg) (Kg) (Coulomb) 06A 0.8 20 10 36. 36.86| 36-67- 36.56 5.19 36.42-36bx D.2 x10 x 60 = "0 7.01/0.01- 0.3A 20 DSx Sxb= 20| 36,88 3る、92 3. D. 06 0,3Á 10 04xるx0= 240 36.92 3.96"| 36 014 Oo 02 Use the data in Table (10.1) to plot the amount of charge (It) versus the mass of the deposited copper Mcu . 2. 3. What type of relationship do you see between Meu and It? DirectLiser 108 Me

I. PURPOSE: Is calkutate thr Specitic charge8 Coper Tas waich is the amant of dhange curriedd bya ScopperIaNs, mit II. DATA AND DATA ANALYSIS: Enter your data of the masses, m, and m,2 in kg as related to the current, I, in Ampere and time, t, in minutes in Table (10.1) below: 1. 7. Table(10.1) m1 Current(I) | Time (t) Amount of charge m2 Deposited mass il gai Mcu = (m2-m,) (Kg) (It) %3D (A) (min) (Kg) (Kg) (Coulomb) 06A 0.8 20 10 36. 36.86| 36-67- 36.56 5.19 36.42-36bx D.2 x10 x 60 = "0 7.01/0.01- 0.3A 20 DSx Sxb= 20| 36,88 3る、92 3. D. 06 0,3Á 10 04xるx0= 240 36.92 3.96"| 36 014 Oo 02 Use the data in Table (10.1) to plot the amount of charge (It) versus the mass of the deposited copper Mcu . 2. 3. What type of relationship do you see between Meu and It? DirectLiser 108 Me

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter8: Electromagnetism And Em Waves

Section: Chapter Questions

Problem 9Q

See similar textbooks

Similar questions

Solve the following: in light bulb has a resistance of 150 when lighted. How much current will flow through it when connected acro 220 V, its normal operating voltage? Draw the circuit schematic diseam>Fin 2. Find the potential difference (Em) Polisher connected wi 3. A 12 battery operates a 15 ohms digital scale for 5.2 minutes. a) Find the current flowing b) the charges erred with the given time. 4. What is the resistance of a conductor at 50° C if its resistance at 0°C is 1 ohm and the temperature coefficient of resistance of 9.8 x 10-³/°C 6. Complete the table: 5. A silver wire has a resistance of 2.3 at 0°C and a temperature coefficient of resistance of 3.75 x 10-³/°C. What is final temperature when the final resistance is 3.8 ohms. ? V, Volts Electric Circuit and Ohm's Law 8 volts 20 volts ca elecun it with current flowing at 18 ampere and a floor rice of 12 Q? 10 Volts 36 volts I, Ampere 2.8 mA 40A 130mA R, ohms 156 02 25 ΚΩ 450 ΚΩ
Solve the following: 1. How many nanocoulomb are there in 3.65 billion electrons ? 2. A 25 ampere electric current flows in a conductor in 75 millisecond. Find: a. current equivalent in mA? b. How many charges are transferred ? c. How much work is required to transfer if 3V is applied. 3. A charge of 3.5 µC present in an electric field produces a force of 0.008 Newton. What is the intensity of the electric field ? 4. A charge of 0.6 µC is placed in an electrostatic field whose intensity is 3 x 105 N/C. How strong is the force acting on the charge ? 5. Two objects are both negatively charge with 0.04 coulomb each and 140 cm apart. What kind of force exist Between charges? How much? 6. Find the force that exist between two charges of 8.53 μC and 4.5 µC that 0.25 meters in air?
3. Scries and Para llel 20 N 100V S ס45.P R3 30 r Ry V. 3
5. A 250-volt electrical heater is used to warm 3Li/hr of water from 19°C to 98°C. Assume heat conversion loss of 25% of the total heat supplied, how much current in amperes must be supplied to this heater. Derive with the formula below, show the cancellation, explain the step by step and DRAW a free body diagram/figure. refer with this: PE1 + KE1 + U1 + WF1 + Q1 + W1 = PE2 + KE2 + U2 + WF2 + Q2 + W2 + E losses.
be the line current and oircuit power? what will 20. Calculate the equivalent impedanoe of a three-branch parallel network given the following particulars: Z1 = 20/0°, Z, - 47/45°, Z; = 25/-60. CS Scanned with CamScanner
Solve the following: com 2. Find the potential diffe Polisher connecter Tran 6. Complete the table: V, Volts 8 volts 20 volts 5. A silver wire has a resistance of 2.3 at 0°C and a temperature coefficient of resistance of 3.75 x 10-³/°C. What is final temperature when the final resistance is 3.8 ohms. ? 10 Volts Electric Circuit and Ohm's Law 36 volts I, Ampere 2.8 mA 40A 130mA flowing at 18 ampere and a floor R, ohms 156 02 ben 25 ΚΩ 450 ΚΩ ing b) the charges fficient
Electric PowerDirections: Answer the following problem, write your answer with complete solution. A 1000 W television was used to watch BTS concert for1 hour and 30 minutes. Howmuch energy is used if the electricity at home is 340 volts? What is the current inthe television?
In the saturation region (I-V characteristics) of JFET the value of D18 ssmemanmnssnes at specific (VGS = * .negative voltage ) a. b.c.d a: constant O b: zero O c: maximum O d: Bothaandc O
In the network below, the current "lo = 0.5 %3D mA". 1 kN Ik I 2 kQ R Io 2 I Vx 10 kN 4 mA Calculate Ix and Vx? Select one: a. Ix = -2.5 mA, Vx= 10 V b. Ix = -2.2 mA, Vx= 4 V c. Ix = -3.5 mA, Vx= 30 V d. Ix = -3.2 mA, Vx= 24 V e. Ix = -3 mA, Vx= 20 V I +
4G l. 9:00 A elearning.ibrict.edu.om | General / Theory Quiz - Physics 2 Question 2 Not yet answered Marked out of 0.50 P Flag question In the following phasor diagram 90° O a. voltage lags O b. 'v' and l' are in phase O c. voltage leads O d. current leads Previous page Next page 1 Announcements
PLEASE ANSER THIS EXERCISE. THIS IS NOT A GRADED QUESTION. 1. Good thermal conductors are said to be good electrical conductors. If so, why is it that cords used to connect toasters, irons, and heat-producting apoliances get hot by the conduction of heat from the heating element? 2. How would you expect the resistivity of a good insulator such as glass or polysterene to vary with temperature? 3. A fuse is a device that is designed to break the circuit. It melts when the current exceeds its value. What characteristics should the material have?
(Indicates a review question, which means it requires only a basic understanding of the material to answer. Questions without this designation typically require integrating or extending the concepts presented thus far.) . If a new material is found that is a superconductor at all temperatures, what parts of some common electric deices would definitely not be made out of it? Explain.