please answer part A and B A uniform external magnetic directed into the page goes through a loop of wire shown. The magnetic fieldincreases at a steady rate starting from 0 and reaching a maximum of 60.0 mT after 60 s. The loop of wire is inthe plane of the paper and has an area 0.010 m². What is the emf induced in the loop while the fieldincreases?a. 1.0 x 10-5 yb. 6.0 x 10-4 vc. 0.60 Vd. 0.010 V As in the previous question, a uniform external magnetic directed into the page goes through a loop of wireshown. The magnetic field increases at a steady rate starting from 0 and reaching a maximum of 60.0 mT in atime of 60 s. The loop of wire is in the plane of the paper and has an area 0.010 m2. What is the direction ofthe induced current in the loop?a. Clockwiseb. Counter-Clockwise

ε=∆ϕ∆t=AB2-B1∆t=0.010 m260.0 mT-0 mT10-3 T1 mT60 s=1.0×10-5 V Answer: option (a)

A uniform external magnetic directed into the page goes through a loop of wire shown. The magnetic field increases at a steady rate starting from 0 and reaching a maximum of 60.0 mT after 60 s. The loop of wire is in the plane of the paper and has an area 0.010 m2. What is the emf induced in the loop while the field increases? а. 1.0 х 10-5 у b. 6.0 х 10-4 у c. 0.60 V d. 0.010 V

A uniform external magnetic directed into the page goes through a loop of wire shown. The magnetic field increases at a steady rate starting from 0 and reaching a maximum of 60.0 mT after 60 s. The loop of wire is in the plane of the paper and has an area 0.010 m2. What is the emf induced in the loop while the field increases? а. 1.0 х 10-5 у b. 6.0 х 10-4 у c. 0.60 V d. 0.010 V