MAT 230 week 8 Solve the congruence: XXXXXXXXXXFind f(4) if f is defined recursively by: f(0) = f(1)...

Question

MAT 230 week 8 Solve the congruence: XXXXXXXXXXFind f(4) if f is defined recursively by: f(0) = f(1) = 1 and for n > XXXXXXXXXXFind the sequence for the recursive formula: , 14, -4, 14, -4 6, 14, 86, 734 -3, 12, -3, 12 -3, 9, -3, 9 Six women and eight men are on the faculty in the mathematics department at a school.
	
Document Preview: MAT 230 week 8Solve the congruence: 5678Find f(4) if f is defined recursively by: f(0) = f(1) = 1 and  for n > 1.525331214Find the sequence for the recursive formula: , 14, -4, 14, -46, 14, 86, 734-3, 12, -3, 12-3, 9, -3, 9Six women and eight men are on the faculty in the mathematics department at a school. How many ways are there to select a committee of four members of the department if at least one woman must be on the committee?42421269311131True of False?  is a solution to the recurrence relationwith initial conditions and TrueFalseFind a solution to the recurrence relation: A connected planar graph has 28 edges. If a planar representation of this graph divides the plane into 16 regions, how many vertices does the graph have?141210None of the aboveTrue or False? The following relation is an equivalence relation: {(0,1),(1,1),(2,1),(3,3)}.TrueFalse

Robert · Accepted Answer

Solution 1: 
  2x-5 
0 -5 
1 -3 
2 -1 
3 1 
4 3 
5 5 
6 7 
7 9 
8 11 
9 13 
10 15
Hence for 8 it is divisible by 11 
Hence option d 
Solution 2: 
  ( )   ( )   ( )    
  ( )   ( )   ( )        
  ( )   ( )   ( )          
 Hence option c 
Solution 3:
Hence option c 
Solution 4:

MAT 230 week 8 Solve the congruence: XXXXXXXXXXFind f(4) if f is defined recursively by: f(0) = f(1) = 1 and for n > XXXXXXXXXXFind the sequence for the recursive formula: , 14, -4, 14, -4 6, 14, 86,...

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