[game-tree] In the game tree show below, the first level is a MAX level, the second is a MIN level, the third is a MAX level and the fourth is a MIN level. Each leaf-node shows its value for MiniMax search, and each node is labeled (from left to right) as L1, L2, Apply alpha-beta search to the tree. Some leaves need not be evaluated (to be pruned). After processing all the nodes below, what would be the alpha value or beta value of the node (that is, the parent of L1 to L4) shown below for alpha and beta values?** α= B= -00 MAX (+00 MIN 10 11 9 12 14 15 13 14 5 2 4 1 3 22 20 21 L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 L11 L12 L13. L14. L15 L16

In a recent study, 20 males used a new weight-loss supplement, and all but 5 of them experienced weight loss after two weeks. In the same study, 100 females used the same supplement, and all but 21 of them experienced weight loss after two weeks.   The new weight-loss supplement was more effective on ▼males in the study. That is because only  _% of them failed to lose weight after two weeks, whereas  _% of the ▼females failed to lose weight after two weeks.

A machine learning engineer is testing the speed at which his new computer graphics card can train a deep learning algorithm on a dataset. The engineer tested the speed of the graphics card on a dataset using the 10-fold cross-validation technique, which is testing 10 times the process.training-testing with the same dataset splitting size. From the 10 times of the training-testing process, the following training time data were obtained (in hours): 11,2 ; 10,1 ; 12,4 ; 11,0 ; 10,8 ; 12,2 ; 11,6 ; 12,4 ; 12,5 ; 10,6 a. Calculate the 99% two-sided confidence interval (99% two-sided confidence interval) for the graphics card's average training time.b. Calculate the upper 90% confidence interval (upper confidence interval of 90%) for the average training time of the graphics card.c. Calculate the 97.5% lower confidence interval (97.5% lower confidence interval) for the graphics card's average training time.d. Calculate the Margin of Error (MOE) of the graphics card's average training time…

The following graph shows a directed chain that represents a system restart scenario when a series of events occur. The scenario is represented using 5 random variables: S, D, W, P, and R. Use variable elimination algorithm to calculate the probability of system restart P(R) by eliminating S,D, and W. Show your steps.

Please help me complete the full question, I will give you the upvote. Thanks!

This graph shows data from people from the sub-Saharan area of Africa who have contracted HIV. Outcomes for the patients were recorded as one of 4 mutually possibilities: alive and still in care at the original clinic, alive and still in care after transferring to a new clinic, alive but no longer visiting a clinic, or they’re dead. Keep in mind that this data were collected are from clinical records. Assume that the sample is a random representation of sub-Saharan Africans with HIV. Antiretroviral therapy is used to treat patients. What is the experimental unit? What are the variables (including the types)?

In a regression problem with 2 input variables, we construct a classification tree with 4 terminal nodes. This means（multiple choices)     There was either four splits in only one of the input variables or one split in each of the input variable.     There was a split in one of the input variables and no splits in the other.     There was a split in each input variable.     There was either a split in each input variable or three splits in only one of the input variables.     There were 2 splits in each of the input variables.

(2) Use backtracking (showing the tree) to solve the Queen problem on this weird chessboard (where obviously no Queen should stand on a square with a bomb!)

A geneticist working on peas has a single plant monohybrid Y/y (yellow) plant and, from a self of this plant,wants to produce a plant of genotype y/y to use as a tester. How many progeny plants need to be grown to be 95percent sure of obtaining at least one in the sample?

Your company, Drones, INC, must decide on their path forward in regard to new or expanded facilities for drone production. The table below shows the potential profits/losses for each decision alternative in each of 4 market conditions (states of nature). Note that the numbers in red (with a minus sign) are losses. NOTE: I have provided some extra columns and rows for your computations. NÓTE THAT THE OBJECTIVE IS TO MAXIMIZE PROFIT. STATES OF NATURE FOR POTENTIAL MARKETS FOR DRONES DECISION EXCELLENT GOOD FAIR POOR ALTERNATIVES OPEN 2 NEW $600,000 $400,000 -$200,000 -$500,000 PLANTS FOR PRODUCTION OPEN 1 NEW PLANT FOR $200,000 -$100,000 -$300,000 $500,000 PRODUCTION EΧPAND $150,000 $75,000 $0 -$100,000 CURRENT PLANT DO NOTHING $0 $0 $0 $0 6.