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What kind of method do I need to move the ball left/right/up/down? Im so lost. I'm...
Can someone please help? Im so lost! I have gotten the whole question wrong. ALSO, need c. the mean absolute percentage error (MAPE) when using simple linear regression=__________% (round 1 decimal place)
I need the answer for part b,not a (a) Ame that at ench time step, the agent can move one unit either up, down, left or right, to the centre of an adjacent grid square: Oue admisible heuristic for this problem is the Straight-Line-Distance heuristic However, this is not the best heuristic Give the name of another adiesible beuristic which dominates the Straight- Line-Distance beuristic, and write the formula for it in the format b) Now assme that at each...
(a) Ame that at ench time step, the agent can move one unit either up, down, left or right, to the centre of an adjacent grid square: Oue admisible heuristic for this problem is the Straight-Line-Distance heuristic However, this is not the best heuristic Give the name of another adiesible beuristic which dominates the Straight- Line-Distance beuristic, and write the formula for it in the format b) Now assme that at each time step, the agent can take one step...
I was absent due to the flu so i'm at a lost on what to do. Ignore 1 continued. L continued: Suppose you connect another capacitor c2 in para||el with the original capacitor C. How does this change your answer to part (d) does it now take more time or less time to charge the pair of capacitors to a given potential (say. 90% of maximum) than it did for only one capacitor? Explain and/or justify your answer. (Thought question (not...
hi I'm lost. what calculated values is he speaking of? what measurements do I use? 18 The atmospheric composition of CO2 in a locale is measured as 0.06796. Explain the possible physiological and /or health implications of residents of such an area. Use calculated values of partial pressures to justify your explanations and conclusions. Effect your calculations in a sequential manner. Your calculated values need to be accompanied with the proper units of measurements.
2. consider the following simultaneous move game. Player B LEFT RIGHT Player A UP 4,1 1,4 DOWN 2,3 3,2 a. If there is a Nash equilibrium in pure strategies, what is it and what are the payoffs? b. If there is a Nash equilibrium in mixed strategies, what is it and what are the expected payoffs? 3. Continue with the previous game but suppose this was a sequential game where Player A got to go first. a. Diagram the game...
Hello, so I need someone to look over this code and see if im on the right path. I feel like im missing something. Here is the assignment: Create a class called Slogans. This class will extend the Thread class. This thread will read from a file several quotes that are on each line. It will pick a quote randomly and display it to the console. It will change quotes every 7 seconds. This will be updated in the final...
Ok so I'm lost, my teacher said that the answers I got for a though c are correct but I don't know how I would go about doing d. He told me that I should get 42.9m. Can someone explain this to me and show me what the formula to solve for this would be used. Thank You! 1. A 2.63 kg object moves 56.8 m on a horizontal surface whose coefficient of,kinetic friction is 0.258. While it moves, a...
If I am given a problem that says an object moves up and down on a table sinusoidally with a given amplitude of 4 cm and then I am told that the table begins to move up and down very fast leaving the object to eventually leave the table, how would I determine the position in the oscillation that the object left the table and also the frequency that the object left the table? Can you please explain in detail...
hi i know the answer i just need an in depth explanation on how to do this question including the formula, how to change the formula, proper vocabulary that is relevant to this question here is the question: The A bucket of 5.45 kg of water underwent a drop in temperature from 60.30°C to 57.60°C. Explain how mass, heat capacity, and change in temperature of a substance determine the amount of heat gained or lost by the substance. How much...