Questions 1. The four V(t) curves from four measurements show that the incoming and outgoing peaks are opposite in direction. Why? Said of tolimin ed blurone 2. Explain why the magnitude of the incoming peak is less than the outgoing peak as shown in the four V(t) curves and in the Table on the graph page (Fig. 2). 3. Explain why the magnitudes of both the incoming and outgoing peaks in 2mNd curve are greater than that in 1mNd curve (see the values in the Table). 4. Use Lenz's law to determine whether the induced current in the resistor R is from A to B or from B to A in the 4 configurations in Fig. 3. You should label the direction of Bsource , the sign of ADB / At, the direction of Binduced and the direction of Iinduced in the coil and R for each of the 4 cases. A R R R R B B B B N N IS N (1) HIN AT (2) (3) AT dor 19 (4) S S S god boing Troy N port 19472 10940 Figure 3 Four configurationsWhen you put mouth cursor at any point in the Text Box a command ribbon appears at the top of Text Box. You can change the font and font size by click "A" and in the pop-up select your favor font and font size. Your graph display on Page #1 should be similar to Fig. 2. 2.0 ImNd . Imsd . 6.655 s. 1.875 V 2 mNd . 1.5 amsd " 3.085 s. 1.407 V 1.0 6.096 a. 1 168 V 0.5 2.170 s, 0.761 V 0.0 Experiment 7.1 Induced emf O.S Date: 3.009 5. -0.762 V Lab section: -1.0 Name: -1.5 2,248 8. -1.453 V- - TA's signature: 6.580 A - 1. 1BY V 6.168 2 1827 V / ---- 2.0 2.4 2.0 4.0 4.4 5.2 36 S.p. S.9 Time Is) [Graph title here] Figure 2 Analyzed data of Experiment 7.1 Table 1 Incoming and outgoing voltages from the 4 measurements shown in Fig. 2. Measurement Incoming voltage (V) Outgoing voltage (V) #1: 1mNd 2.033 y - 3 . 2 8 8 V #2: 1mSd 3. 174 V - 1. 828 V #3: 2mNd 2. 57 6 V - 3. 944 V - 2. 740 V