1 = 47 lb/ ft 2 = 140 lb/ft h= 11.3 ft Best Score: 2.00 /...

  

  

 

 

 

 

 

 

 

 

 

 

 

 

 

  

 

 

 

 

 

Transcribed Image Text:

1 = 47 lb/ ft 2 = 140 lb/ft h= 11.3 ft Best Score: 2.00 / 4 Current Score: 2.00 /4 The weight of the water. 1/1 pts v System Answer: 25384.32 The weight of the maple slab. 1/1 pts v System Answer: 7382.742735936 The stress induced on the marble slab. 0/1 pts x System Answer. 417.20320040212 The diameter of the marble slab such that the stress on the oak floor is equivalent to the stress on the marble slab. ft ENTER A weightless tank filled with water h ft high and unit weight of 62.4 lb/ ft3 is resting on a maple wood slab with a radius of 5 ft and unit weight of y1 lb/ft. The maple slab is resting on a marble slab with unit weight of y2 lb/ft. Calculate: 6ft h ft 2ft Maple Slab 2ft Marble Slab Oak Floor COLLAPSE IMAGES Y1 = 47 lb/ft Y2 = 140 lb/ ft h-11.3 ft 1 = 47 lb/ ft 2 = 140 lb/ft h= 11.3 ft Best Score: 2.00 / 4 Current Score: 2.00 /4 The weight of the water. 1/1 pts v System Answer: 25384.32 The weight of the maple slab. 1/1 pts v System Answer: 7382.742735936 The stress induced on the marble slab. 0/1 pts x System Answer. 417.20320040212 The diameter of the marble slab such that the stress on the oak floor is equivalent to the stress on the marble slab. ft ENTER A weightless tank filled with water h ft high and unit weight of 62.4 lb/ ft3 is resting on a maple wood slab with a radius of 5 ft and unit weight of y1 lb/ft. The maple slab is resting on a marble slab with unit weight of y2 lb/ft. Calculate: 6ft h ft 2ft Maple Slab 2ft Marble Slab Oak Floor COLLAPSE IMAGES Y1 = 47 lb/ft Y2 = 140 lb/ ft h-11.3 ft

Answer rating: 100% (QA)

Solution 3 In this case we have to determine the stress induced on the marble slab So we have consid... View the full answer