Question: Run A** and RBFS (recursive best first search) algorithms on the graph below and showthe path found step by step.Starting Node: A, Target Node: G1, G2, G3

Question: Run A** and RBFS (recursive best first search) algorithms on the graph below and showthe path found step by step.Starting Node: A, Target Node: G1, G2, G3
Run
A
*
*
and RBFS
(
recursive best first search
)
algorithms on the graph below and show
the path found step by step.
Starting Node: A
,
Target Node: G
1
,
G
2
,
G
3
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Step 1
To demonstrate the A* and RBFS algorithms, I will explain the steps of each algorithm using the prov…

Question: First draw the graph with the following nodes, then apply the determined path searchalgorithms on the graph and write the path found. (show steps)Starting Node: A, Target Node: R

Question: First draw the graph with the following nodes, then apply the determined path searchalgorithms on the graph and write the path found. (show steps)Starting Node: A, Target Node: R
First draw the graph with the following nodes, then apply the determined path search
algorithms on the graph and write the path found.
(
show steps
)
Starting Node: A
,
Target Node:
R
student submitted image, transcription available
Here’s the best way to solve it.
Solution

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Step 1
Draw th…

Question: First draw the graph with the following nodes,

• Question: First draw the graph with the following nodes, then apply the determined path searchalgorithms on the graph and write the path found. (show steps)Starting Node: A, Target Node: R

  First draw the graph with the following nodes, then apply the determined path search

  algorithms on the graph and write the path found. (show steps)

  Starting Node: A, Target Node: R

  

• 

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  Solution

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  Step 1

  Draw th…

• Question: Design a compound logic circuit with three inputs and one output. a. Let the output be 1 when the binary value at the input is less than 3, and 0 otherwise. b. Let the output be 1 when the input is an odd number.

  Design a compound logic circuit with three inputs and one output.

  a. Let the output be 1 when the binary value at the input is less than 3, and 0 otherwise.

  b. Let the output be 1 when the input is an odd number.

• 

  There are 3 steps to solve this one.

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  Step 1

  Explanation:

  To design a compound logic circuit with three inputs (let’s name them A, B, and C) and one output (l…

Question: Design a compound logic circuit with three inputs and one output. a. Let the output be 1 when the binary value at the input is less than 3, and 0 otherwise

• Question: Design a compound logic circuit with three inputs and one output. a. Let the output be 1 when the binary value at the input is less than 3, and 0 otherwise. b. Let the output be 1 when the input is an odd number.

  Design a compound logic circuit with three inputs and one output.

  a. Let the output be 1 when the binary value at the input is less than 3, and 0 otherwise.

  b. Let the output be 1 when the input is an odd number.

• 

  There are 3 steps to solve this one.

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  Step 1

  Explanation:

  To design a compound logic circuit with three inputs (let’s name them A, B, and C) and one output (l…

Question: UnidentifiedIdentify the parameters that determine the position of every link at any time. You may label the link lengths as L1, L2, etc, and the angles as well. h form the vector loop or loops, write them in a complex form, and write the unknowns.

• Question: UnidentifiedIdentify the parameters that determine the position of every link at any time. You may label the link lengths as L1, L2, etc, and the angles as well. h form the vector loop or loops, write them in a complex form, and write the unknowns. Note: Do not expand the vector loop equation or differentiate it. Only identify the unknowns for each loop

  UnidentifiedIdentify the parameters that determine the position of every link at any time. You may label the link lengths as L1, L2, etc, and the angles as well. h form the vector loop or loops, write them in a complex form, and write the unknowns. Note: Do not expand the vector loop equation or differentiate it. Only identify the unknowns for each loop and make sure you have enough equations to solve them

  

• Step 1

  Identify the pa…

Question: ALLSample Input For Custom TestingSTDINFUNCTION2→n=214→ logs [] size m=4Θ: start: o.→ logs start:

• Question: ALLSample Input For Custom TestingSTDINFUNCTION2→n=214→ logs [] size m=4Θ: start: o.→ logs start: ° “,1:start: 3″1:start:3″,1🔚 6″1🔚6”,0: 🔚 10″0: end: 10Sample Output74ExplanationThe execution of functions happens in the following order:Time =[0,3): Function ID =0 executesTime =[3,6]: Function ID =1 executesTime =[6,10] : Function ID =0

  ALL

  Sample Input For Custom Testing

  STDIN

  FUNCTION

  2

  →n=2

  1

  4

  → logs [] size m=4

  Θ: start: o.→ logs start: ° “,

  1:start: 3

  “1:start:3”,

  1🔚 6

  “1🔚6”,

  0: 🔚 10

  “0: end: 10

  Sample Output

  7

  4

  Explanation

  The execution of functions happens in the following order:

  Time =[0,3): Function ID =0 executes

  Time =[3,6]: Function ID =1 executes

  Time =[6,10] : Function ID =0 executes

  Thus the exclusive times for different functions are as follows:

  Function (ID = 0

  

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Question: (10 Pts)  [Task-5] Imagine a dictionary with the structurestudentid:[studentmajor,studentcgpa]. Assume majors are represented by strings like ‘CoE’, ‘EEE’, etc. Nowdefine a functionavgcgpabymajorthat takes such a dictionary and a string formajor as inputs and returns the average cgpa for all students with that major.Sample

• Question: (10 Pts)  [Task-5] Imagine a dictionary with the structurestudentid:[studentmajor,studentcgpa]. Assume majors are represented by strings like ‘CoE’, ‘EEE’, etc. Nowdefine a functionavgcgpabymajorthat takes such a dictionary and a string formajor as inputs and returns the average cgpa for all students with that major.Sample

  (10  Pts)  [Task-5]  Imagine a dictionary with the structurestudentid:[studentmajor,studentcgpa].  Assume majors are represented by strings like ‘CoE’, ‘EEE’, etc. Nowdefine a functionavgcgpabymajorthat takes such a dictionary and a string formajor as inputs and returns the average cgpa for all students with that major.Sample input/Output:—In1 ={41251:[’CoE’,2.5], 42509:[’EEE’,3.1], 41713:[’CoE’,1.9], 41101:[’CoE’,2.7]}—print(avgcgpabymajor(In1,”CoE”))2.36
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  You can define the function `avgcgpabymajor` in Py…

Construct an 11-node directed graph in any programming language. (Give the weights what you want) 2. Implement Dijkstra’s Shortest Path Algorithm on your graph. It can be studied for all vertices as a start vertex.) 3. Implement the Bellman-Ford Shortest Path Algorithm on your graph

• Construct an 11-node directed graph in any programming language. (Give the weights what you want) 2. Implement Dijkstra’s Shortest Path Algorithm on your graph. It can be studied for all vertices as a start vertex.) 3. Implement the Bellman-Ford Shortest Path Algorithm on your graph. (It can be studied for all vertices as a start vertex.)

  can you do all steps in one code with c language please?

  

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  There are 4 steps to solve this one.

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  Step 1

  In the first step, we need to construct a directed graph with 11 nodes based on the given connection…

Question: (10 Pts) [Task-9] Define a function calledgetTopelementsthat takes a string as aninput and returns the m

• Question: (10 Pts) [Task-9] Define a function calledgetTopelementsthat takes a string as aninput and returns the most common 3 letters in that string. If the characters havesame frequency, it should return in alfabetical order.Sample input/Output:—print(getTopelements(”programming”))Most common three letters are: m, a, g

  (10 Pts) [Task-9] Define a function calledgetTopelementsthat takes a string as aninput and returns the most common 3  letters in that string. If the characters havesame frequency, it should return in alfabetical order.Sample input/Output:—print(getTopelements(”programming”))Most common three letters are: m, a, g
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  The function `getTopelements` can be defined using…