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3. Work through the full search from start to goal location for the environment pictured using (a) Dijkstra and (b) A*. Assume the action space is U={up, down, left, right} in that order. Be sure to describe any heuristics used, and explain in which order nodes are added to the open list (e.g. if they have the same cost, which would be expanded first?). For search progression, use the template in the lecture to show at each step the queue, cost, and which node to expand. (goal) hij tu v k S Imn g e f f (D O d bc a pa (start) (a) (20 points) Dijkstra (b) (20 points) A*

Please Solve The C++ Codes

Solve This C++ Code: Encapsulation and Data abstraction 1. Create a student class who has three attributes named name, roll and address. (follow proper rules of data abstraction) 2. Create a triangle class and find the area. (using constructor not encapsulation) 3. Create two classes. One is for find the average salary of three worker and another one is for find the average of three employee. And find the average of both class in main function. (using constructor in one class and using encapsulation method in another class. 4. Create a class named human. and make a program to count the object which is created by user. 5. Create a class name animal. And make two-member functions but give them same name (e.g. display ()). Explain what is happening.

 

An analyst predicted last year that the stock of Mallard Inc. would offer a total return of at least 8% in the coming year. At the beginning of the year, the firm had a total stock market capitalization of $20 million. At the end of the year, its market cap was $23 million even though it experienced a loss, or negative net income, of $3 million. Did the analyst's prediction prove correct? Explain using the values for total annual return.

6. Comprehension ext rocket is launched into the air from ground level. The height, h in meters, at any time, t seconds, is: (t) = 21(5-). What is the maximum height reached by the rocket? 1 Mark:

2. Describe how a sigma bond is formed and sketch an example. What types of orbitals can form a sigma bond? 3. Describe how a pi bond is formed and sketch an example. What types of orbitals can form a pi bond? 4. Use valence bond theory to explain the bonding in Oz. Sketch the overlap of the atomic orbitals involved the bonds in 02

 

find absolute max and min values?

X 62. y 2 ? 61. y x² + 1 63. y = pt + e* 65. y = x In x 69. y = cos(x? ) x + 1 x² + 2x + 2 64. y = et ce 66. y = x? In x 68. y = sin(et) 85 -1

D Question 1 1 pts Consider the following graphs of functions: a) 10 f(x) -10 -5 lim- f (x) = Select) > lim,---- (x) = Select] (x) has the horizontal asymptote(s): Select . b) 04 104 g(x) -10 un 0 ch 0! 5 -101 lim- - 8(x) = Select) lim ----- g(x) = (Select] c 8(x) has the horizontal asymptotelsk Select c) . lim-h(x) = Select) . > lim---- h(x) = (Select] h(x) has the horizontal asymptote(s): Select]

Complete the spreadsheet by filling the yellow cells. Clear it Solve it A Hint Boring Air Ex Fex NOW air Boring Air + Ex Rex Boring Air + Now air Probability Return Return Return averaged return averaged return 20.00% 5.00% 14.00% 8.00% 20.00% 6.00% 12.00% 10.00% 20.00% 8.00% 11.00% 11.00% 20.00% 9.00% 10.00% 12.00% 20.00% 12.00% 8.00% 14.00% Mean Return Standard Deviation Coefficient of Variation Is Boring Air, Ex Rex, or NWO riskier? Why? Be precise. Should Boring Air invest in ExFex or NOW air? Why? Be Precise.

Task 1: Create PHP file (insertion.php) that takes input from user as shown in Fig. 1. User have to Enter Data in the Text fields in order to Insert Employee Name, Number, Job, Salary and so on. When user click on the "Save to Database” button, all the data should be inserted into Emp table of Scott User. And “Insertion Successful” Message should be displayed on the same file. Enter Records of the Employee Emp_Name : Emp__Num : Job _Title: ManagerID HIREDATE: Salary Commission : Dept_No Save to Database

 

please answer and explain

Question 2 One of the oldest level detection problems is that of determining the level in a well underground. Today it is encountered at petrol stations where an automatic level indicator is not installed How can a petrol attendant estimate the volume (m) of fuel in a petrol storage tank which is located underground? (5 Marks]