Question

Part B Lab Go to PET website. Click on Simulation Physics Under Physics, choose Electricity Magnets & Circuits Under Electricity. Magnets & Circuits. Coulomb's Law is the 247 simulation Location might change. A to Z search). Click to run the Coulomb's Law. 1 Complete Data Table with Macro Scale Simulation Basic Operation for Macro Scale Simulation: Place check mark on Force Values Solve Coulomb's law F = 140/ forrSet Charge 1 as q. and Charge 2 as based on values in Data Table Move charges (drag person) to proper mas achieving Fo with the guider from calculation. Test and understand all functional tools on screen. You must practice figuring out what is the best way to complete the measurement Data Table 1: Find Spacing between Two Charges Solve Coulomb's low Fes=99/?forr, k=8.9876-10 Nm . Compare with measured in Indicate the Direction of Electric Force one as Dir of Fq. Be carefully on the units Attach a screenshot of Last Data from the Simulation to lab report FIN) (C) (UC) Calculated rcm) Measured (om) Dir of F. 26.63 28.76 8 4 69.90 7 719,0 Question . Show your detailed calculation for the last data . Explain the physical relation between electric forces on (F) and (Feil Complete Data Table with Atomic Scale Simulation Basic Operation for Atomic Scale Simulation: Place check mark on Force Values and Scientific Notation. Solve Coulomb's Law F22-19142/ forr. Set Charge 1 as q, and Charge 2 as qz based on values in Data Table. Move charges (drag person to proper achieving For with the guider from calculation Test and understand all functional tools on screen. You must practice figuring out what is the best way to complete the measurement Data Table 2: Find Spacing between Two Charges Solve Coulomb's law Fer = 192 / forr, k=8.9876-10 Nm'c and elementary charpe e = 1.60218-10C. Compare with measured free. Indicate the Direction of Electric Force on, as Dir of Foz Be carefully on the units. 1pm - 10m Attach a screenshot of Last Data from the Simulation to lab report FoN) 92 Calculated rpm) Measured me (pm) Dir of F2 0.865 3.08 - 60 - 8 10.2 100 Question • Show your detailed calculation for the last data

Answer 1

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(Page - A to " Får N q fuc q (MC) I Calculated r (cm) measured Spes (dir fra 26.63 - 6. 9.006 9.0 28.76 8 - 4 10.007 10.0 4 7 6-0 7 19.0 3.0 9. 69.90 6.004 3.002 - M Fal = K2,2 * 1/19/ 82 for last data r (8-98764109) (8x100) (9x108) 2 (94109 (719) m To 3.002 cm For and F opponte in equal in magnitude direction. and

Force on 92 by 91 = 719.004 N Force on q, by q2 = 719.004 N 91 42 O cm 1 2 3 4 5 6 8 9 10 Charge 1 -8 C Charge 2 9 μο Force Values O Scientific Notation A -10 0 10 -10 0 10 1 cm

Page - = 슈 fer un 0.865 3.08 10.2 - be -be Че 22 40 -se loe Calaleted & Pm meesneds (pmf Dir fer 963 79-9 80.0 59.9 6o.o 30-0 30-0 th - Calculatin for last data K 12, 1291 Ful m (8.9876 x709) (4140) (16*401932 10.2 x 10-6 ♡ 3-00381 X olm 7 30.0 pm

Force on qz by qı = 1.02 x 10-5N Force on q, by 9, = 1.02 x 10-5 N 92 Opm 10 20 30 40 50 60 70 80 90 100 Charge 1 4 e Charge 2 Force Values 10 e Scientific Notation 10 -10 0 10 -10 0 LULUI 10 pm 1 picometer (pm) = 1 x 10-12 m