Problema 9.2 Elementos de Eletromagnetismo Sadiku 5ª ed feito no Mathcad

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Mathcad Professional 14.0
		 
			 
			 
			 
			 Parametric Technology Corporation
			 
			 
		
		 
			 2
			 0F06112A-C155-4E9B-B2F5-56D701E78504
			 2FB7D37B-8B07-4A64-8F99-8A40EBF950BE
			 00000000-0000-0000-0000-000000000000
			 00000000-0000-0000-0000-000000000000
		
	
	 
		 
			 
				 
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
					 
						 
						 
					
				
			
			 
				 
				 
					 
					 
					 
					 
					 
					 
					 
					 
					 
					 
				
				 
				 
				 
					 
					 
					 
				
			
			 
				 
				 
				 
			
			 
			 
		
		 
			 
			 
				 
			
			 
				 
			
		
		 
			 
			 
		
		 
		 
			 
		
	
	 
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 
					
					 
					 
					 f899b6b995ce0faf8bcad7ae4f030eb2
					 
						 a
						 
							 1
							 0
							 0
						
					
				
			
			 
				 
					 
				
			
		
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 
					
					 
					 
					 26743a7d2112b1f5370402ddb9af7fbf
					 
						 a
						 
							 0
							 1
							 0
						
					
				
			
			 
				 
					 
				
			
		
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 
					
					 
					 
					 c0039ebf505c05a0342905d4d022ee6e
					 
						 a
						 
							 0
							 0
							 1
						
					
				
			
			 
				 
					 
				
			
		
		 
			 
				 
					 
						 9.2
					
					 Uma espira circular condutora de raio 20 cm está no plano z = 0 imersa em um campo magnético 
					 
						 B
					
					 = 10 cos377 t 
					 
						 a
					
					 
						 
							 z
						
					
					 
						 mWB/m². Calcule a tensão induzida na espira.
					
				
			
		
		 
			 
				 
					 Cálculo através do enlace:
				
			
		
		 
			 
				 
					 B
					 
						 
						 
							 
							 10
							 
								 cos
								 
									 
									 377
									 t
								
							
						
						 a
					
				
			
			 
		
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
					 
					 f94cb80d9082773047e42999d285fe16
					 
						 S
						 
							 
								 
								 
									 
									 
										 
										 
											 
											 π
											 20
										
										 cm
									
									 20
								
								 cm
							
							 
								 
									 0.12566370614359174
									 
										 
									
								
							
						
					
				
			
			 
				 
					 
				
			
		
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
					 
					 be161092cd20f743b27feedca48b232a
					 
						 λ
						 
							 
								 
								 
									 
										 S
									
									 
										 
										 B
										 a
									
								
							
							 
								 
									 
									 
										 
										 1.25663706143592
										 
											 
											 m
											 2
										
									
									 
										 cos
										 
											 
											 377
											 t
										
									
								
							
						
					
				
			
			 
				 
					 
				
			
		
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
					 
					 e044181e5d4493bdae8c69d9f6b0ac9d
					 
						 V
						 
							 
								 
								 
									 
									 
										 
											 t
										
										 λ
									
								
							
							 
								 
									 
									 
										 
										 473.75217216134184
										 
											 
											 m
											 2
										
									
									 
										 sin
										 
											 
											 377
											 t
										
									
								
							
						
					
				
			
			 
				 
					 
				
			
		
		 
			 
				 
					 Cálculo através da equação de Fem de transformação:
				
			
		
		 
			 
				 
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
						 f28128df7c0990988cc11de7e17e3a9b
					
					 
					 
					 7ae9ae98146b57ccfb6b1e904857e296
					 
						 V
						 
							 
								 
								 
									 
									 
										 
											 S
										
										 
											 
											 
												 
													 
													 
														 
															 t
														
														 B
													
												
											
											 a
										
									
								
							
							 
								 
									 
									 
										 
										 473.75217216134184
										 
											 
											 m
											 2
										
									
									 
										 sin
										 
											 
											 377
											 t
										
									
								
							
						
					
				
				 
					 
					 
					 
				
			
			 
				 
					 
				
			
		
	
	 
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