One of the following algorithms allocates the largest hole that can accommodate the incoming process O a. Worst fit O b. Test fit O. First fit O d. Best fit
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Q: Which among the following memory allocation algorithm allocates the smallest hole that is suitable…
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A: Answer :- Option B) true
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A: Step by step explanation is in given below.
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A: Solution :- d. First Fit First Fit In the first fit methodology is to apportion the first free…
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- algorithm for Interval point cover. pre-cond: P is a set of points, and I is a set of intervals on a line. post-cond: The output consists of the smallest set of intervals that covers all ofthe points.Algorithms Question Three points P, Q, and R are said to be collinear if they are on a single line. To check whether the 3 points lie on the same line, we use the distance formula. If P, Q and R are three collinear points, then: Distance from P to Q + Distance from Q to R = Distance from P to R PQ + QR = PR The distance between two points (x1, y1) and (x2, y2) is given by Hence, we can easily find the distance between the points P, Q and R, with the help of this formula. Design an algorithm (pseudocode) to check whether three points are collinear. In your solution include the input and the output.Question 9 Evaluate and calculate the worst case running time for the following algorithm, show the steps Full explain this question
- - .is Complete history of everything that the agent has ever perceived. * Percept percept sequence Agent functions NoneOverview One of the oldest methods for computing the square root e of a number is the Babylonian Method e. The Babylonian Method uses an iterative algorithm to make successively more accurate estimates of a number's square root. The algorithm stops iterating when the estimate shows no further sign of improvement, or when the estimate is within some acceptable margin of error. The acceptable margin of error is often called an epsilon. Assuming that you need to solve for the square root of x, the algorithm works as follows. 1. Choose an epsilon value that determines how close your solution should be to the actual square root value before you decide it is "good enough." Because this assignment asks you to solve for the square root to three decimal places, we can safely set the epsilon value to 0.0001 (four decimal places). This guarantees that our solution will be accurate to the precision we need to display to the screen. 2. Choose an initial estimate e for the square root of x. An easy…Correct answer will be upvoted else Multiple Downvoted. Computer science. Polycarp has a most loved arrangement a[1… n] comprising of n integers. He worked it out on the whiteboard as follows: he composed the number a1 to the left side (toward the start of the whiteboard); he composed the number a2 to the right side (toward the finish of the whiteboard); then, at that point, as far to the left as could really be expected (yet to the right from a1), he composed the number a3; then, at that point, as far to the right as could be expected (however to the left from a2), he composed the number a4; Polycarp kept on going about too, until he worked out the whole succession on the whiteboard. The start of the outcome appears as though this (obviously, if n≥4). For instance, assuming n=7 and a=[3,1,4,1,5,9,2], Polycarp will compose a grouping on the whiteboard [3,4,5,2,9,1,1]. You saw the grouping composed on the whiteboard and presently you need to reestablish…
- 18 The strategy that is used to allocate the smallest hole that is big enough is called: None of the answers Worst fit First fit Best fitSTEP 1: forward equationsRequirements:An algorithm that calculates projections (i.e. line integrals) for an object with known attenuation coefficients must be implemented.Inputs: (to be specified by the user while the program is running.)these:* Description of the image (of the object)** Projection angle step size or projection number of*** Number of sampling points in each projectionOutputs:* Vectors containing outputs (Note that the number of output vectors must be determined by the second input mentioned above. The length of these vectors is determined by the third input. )** Output must be presented in graphical format.--------------------------------------------------------------------------------------------STEP 2: BACK PROBLEMRequirements:An algorithm (backprojection algorithm and filtering) will be applied that reconstructs the image (ie attenuation coefficient distribution) for a given set of projection data.Inputs:* Projection dataThe data will be presented in two formats:1.…You are given two algorithms A and B where A has 3,500 instructions and runs in 3 seconds; while B has 26,400 instructions and runs in 2 seconds. If you are required to compare the 2 algorithms, what criteria should you use to determine which of them is better in solving the given problem?
- ANALYSIS & DESIGN OF ALGORITHMS subject Three points P, Q, and R are said to be collinear if they are on a single line. To check whether the 3 points lie on the same line, we use the distance formula. If P, Q and R are three collinear points, then: Distance from P to Q + Distance from Q to R = Distance from P to R PQ + QR = PR The distance between two points (x1, y1) and (x2, y2) is given by Hence, we can easily find the distance between the points P, Q and R, with the help of this formula. Design an algorithm (pseudocode) to check whether three points are collinear. In your solution include the input and the output.Correct answer will be upvoted else Multiple Downvoted. Don't submit random answer. Computer science. Sasha likes exploring diverse mathematical articles, for instance, wizardry squares. However, Sasha comprehends that enchanted squares have as of now been examined by many individuals, so he sees no feeling of concentrating on them further. All things considered, he designed his own kind of square — a superb square. A square of size n×n is called prime if the accompanying three conditions are held all the while: all numbers on the square are non-negative integers not surpassing 105; there are no indivisible numbers in the square; amounts of integers in each line and every segment are indivisible numbers. Sasha has an integer n. He requests you to view as any great square from size n×n. Sasha is certain beyond a shadow of a doubt such squares exist, so help him! Input The principal line contains a solitary integer t (1≤t≤10) — the number of experiments. Every one…The price of 2 liters of milk was R14.99 in 2014. Using a rate of inflation of 6.3% per year, calculate and print each year since 2014 to 2020 with the price of milk in that year, up to and including 2020. Which of the following algorithms will solve this problem statement? Select one: a.DeterminePriceIncrease price = 14.99 for k = 2014 to 2020 display “Year: “, k, “ price: R”, price price = 14.99 * 0.063 next k end b.DeterminePriceIncrease for k >= 2020 display “Year: “, k, “ price: R”, price price = price * 1.063 next k end c.DeterminePriceIncrease for k = 2014 to 2020 display “Year: “, k, “ price: R”, price price = 14.99 * 1.063 next k end d.DeterminePriceIncrease price = 14.99 for k = 2014 to 2020 display “Year: “, k, “ price: R”, price price = 14.99 * 1.063 next k end