| 
    
        | Engineering  :: Mechanical Measurements |  | 
	 
 
 |  |  | 
| 
	
	
           
                       | 
    
    
        | 
            
            
                | 51. | Under force-current analogy, viscous friction coefficient is considered analogous to |  
                | 
			 
				
					
				| A. | Reciprocal of resistance | B. | Reciprocal of inductance |  
				 				 | C. | Reciprocal of capacitance | D. | Reciprocal of current |  
                        
                        
                            Answer: Option A Explanation:    |  
 
            
            
                | 52. | Under force-current analogy, the reciprocal of inductance is considered analogous to |  
                | 
			 
				
					
				| A. | Mass | B. | Momentum |  
				 				 | C. | Displacement | D. | Spring constant |  
				    | E. | Velocity |  |  |  
                        
                        
                            Answer: Option D Explanation:    |  
 
            
            
                | 53. | Under force voltage analogy, viscous friction coefficient is not considered analogous to |  
                | 
			 
				
					
				| A. | Charge | B. | Multual inductance |  
				 				 | C. | Capacitance | D. | Resistance |  
				    | E. | Current |  |  |  
                        
                        
                            Answer: Option D Explanation:    |  
 
            
            
                | 54. | Under force voltage analogy mass is considered analogous to |  
                | 
			 
				
					
				| A. | Resistance | B. | Industance |  
				 				 | C. | Capacitance | D. | Admittance |  
				    | E. | Current source |  |  |  
                        
                        
                            Answer: Option B Explanation:    |  
 
            
            
                | 55. | A three digit 0 - 1 V digital voltmeter will have a resolution of |  
                | 
                        
                        
                            Answer: Option D Explanation:    |  
 
            
            
                | 56. | Which of the following strain gauge material has the highest value of gauge factor? |  
                | 
			 
				
					
				| A. | Manganin | B. | Nichrome |  
				 				 | C. | Constantan | D. | Soft iron |  
                        
                        
                            Answer: Option D Explanation:    |  
 
            
            
                | 57. | The gauge factor for doped crystal is in the range |  
                | 
			 
				
					
				| A. | 0.5 to 1 | B. | 1 to 2 |  
				 				 | C. | 2 to 20 | D. | 20 to 50 |  
				    | E. | 100 to 5000 |  |  |  
                        
                        
                            Answer: Option E Explanation:    |  
 
            
            
                | 58. | A strain gauge material should have low |  
                | 
			 
				
					
				| A. | Gauge factor | B. | Sensitivity |  
				 				 | C. | Resistance temperature coefficient | D. | All of the above |  
                        
                        
                            Answer: Option C Explanation:    |  
 
            
            
                | 59. | The resistance of a strain gauge should be high |  
                | 
			 
				
					
				| A. | To increase sensitivity | B. | To reduce hysteresis effect |  
				 				 | C. | To swamp out the effects of variations of resistance in other parts of the bridge | D. | None of the above |  
                        
                        
                            Answer: Option B Explanation:    |  
 
            
            
                | 60. | The carrier material used with strain gauges at room temperature is |  
                | 
			 
				
					
				| A. | Impregnated paper | B. | Rubber |  
				 				 | C. | Epoxy | D. | Iron cement |  
				    | E. | Bakelite |  |  |  
                        
                        
                            Answer: Option A Explanation:    |  
 
 
			
			
 
 
 
 Read more:
 |  |