Answer: Describe the greatest power in design according to Aravena? The subject of Aravena’s recent Futuna Lecture Series in New Zealand was ‘the power of design,’ which he described as ultimately being “the power of synthesis” because, increasingly, architects are dealing with complex issues and problems.
What are the three problems with global urbanization? 1. Degraded Environmental Quality ...
2. Overcrowding ...
3. Housing Problems ...
4. Unemployment ...
5. Development of Slums...
How could you use synthesis in your life to solve problems? Hence, synthesis is often not a one-time process of solution design but is used in combination with problem understanding and solution analysis to progress towards a more complete understanding of problems and solutions over time (see Applying the Systems Approach topic for a more complete discussion of the dynamics of this aspect of the approach).
 I got all three answers
 
        
             
        
        
        
Answer:
Following are the conversion to this question:
Explanation:
In point (a):


In point (b):

In point (c):


Symbols of Base 25 are as follows:

 
        
             
        
        
        
Answer:
   G8 = x0'x2' +x0'x3' +x1x2
Explanation:
The expression can be written different ways, depending on the need to avoid hazards. One of them is ...
   
__
A truth table and Karnaugh map are shown for the circuit. The terms used in the Boolean expression come from the corners, the upper half of the left- and right-columns, and the right half of the middle two rows. If a static hazard is to be avoided, a term x1x0' could be added representing the right column.
 
        
             
        
        
        
Answer:
The answer is " ".
". 
Explanation:
The amount of kilograms, which travel in a thick sheet of hydrogen:


calculating the value of 

   
calculating the value of 

      

     
 
        
             
        
        
        
Answer:
a) 
b) The flow would be going from section (b) to section (a)
Explanation:
1) Notation


For above conversions we use the conversion factor  
 


 head loss from section
 head loss from section
2) Formulas and definitions
For this case we can apply the Bernoulli equation  between the sections given (a) and (b). Is important to remember that this equation allows en energy balance since represent the sum of all the energies in a fluid, and this sum need to be constant at any point selected.
The formula is given by:

Since we have a constant section on the piple we have the same area and flow, then the velocities at point (a) and (b) would be the same, and we have just this expression:

3)Part a
And on this case we have all the values in order to replace and solve for 


4)Part b
Analyzing the value obtained for  is a negative value, so on this case this means that the flow would be going from section (b) to section (a).
 is a negative value, so on this case this means that the flow would be going from section (b) to section (a).