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HW 31-4-1 (5 pts) Section 31.5 Generators and Motors answers from chegg.com

HW 31-4-1 (5 pts) Section 31.5 Generators and Motors€¦ · Step 2 of 3 Therefore, the ernf Induced In the alternator — dt = N(2nf) (2nf)t 3000 3000 rad/s t s = 2nx 60 60 (19KV)sin314t

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Page 1: HW 31-4-1 (5 pts) Section 31.5 Generators and Motors€¦ · Step 2 of 3 Therefore, the ernf Induced In the alternator — dt = N(2nf) (2nf)t 3000 3000 rad/s t s = 2nx 60 60 (19KV)sin314t

HW 31-4-1 (5 pts) Section 31.5 Generators and Motors answers from chegg.com

Page 2: HW 31-4-1 (5 pts) Section 31.5 Generators and Motors€¦ · Step 2 of 3 Therefore, the ernf Induced In the alternator — dt = N(2nf) (2nf)t 3000 3000 rad/s t s = 2nx 60 60 (19KV)sin314t

HW 31-4-2 (5 pts) Section 31.5 answers from chegg.com

Page 3: HW 31-4-1 (5 pts) Section 31.5 Generators and Motors€¦ · Step 2 of 3 Therefore, the ernf Induced In the alternator — dt = N(2nf) (2nf)t 3000 3000 rad/s t s = 2nx 60 60 (19KV)sin314t

HW 31-4-3 (5 pts) Section 31.5 HW 31-4-4 (5 pts) Section 31.5answers from chegg.com

Page 4: HW 31-4-1 (5 pts) Section 31.5 Generators and Motors€¦ · Step 2 of 3 Therefore, the ernf Induced In the alternator — dt = N(2nf) (2nf)t 3000 3000 rad/s t s = 2nx 60 60 (19KV)sin314t

HW 31-4-4 (5 pts) Section 31.5 answers from chegg.com

Page 5: HW 31-4-1 (5 pts) Section 31.5 Generators and Motors€¦ · Step 2 of 3 Therefore, the ernf Induced In the alternator — dt = N(2nf) (2nf)t 3000 3000 rad/s t s = 2nx 60 60 (19KV)sin314t

HW 31-4-5 (5 pts) Section 31.6 Eddy Currents answers from chegg.com