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tion:Artificial intelligence (AI) is an AREA of computer science that EMPHASIZES the creation of intelligent machines that work and REACT like HUMANS. Some of the activities computers with artificial intelligence are designed for include: Speech recognition. Learning.

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that the probability of a CUSTOMER being being FRAUD is P(fraud) = 0.20, the probability of customer DEFAULTING installment PAYMENT is P(default) = 0.40, and the probability that a fraud customer defaults in installment payment is P(default|fraud) = 0.80. What is the probability of a customer who defaults in payment being a fraud

qustodioExplanation:it is most parental control SOFTWARE is AIMED as window USERS

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D ANSWERMaximum aposteriori CLASSIFIER is also known as :- A Decision tree classifierB Bayes classifierC GAUSSIAN classifierD MAXIMUM MARGIN Classifier ✔️

tion:MAXIMUM aposteriori classifier is also KNOWN as. A. DECISION TREE classifier. B.Bayes classfier.hope it's helpful for you ☺️be brainly ☺️

is not true. HP does not offer SOLUTION and products based on the ONF DEFINITION.

k=len(s)    ^ IndentationError: EXPECTED an INDENTED BLOCK

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tion:It REFERS to all the numbers and alphabets. HOPE it HELPS you

Explanation:Array of an element of an array say “A[ I ]” is CALCULATED using the FOLLOWING formula: Address of A [ I ] = B + W * ( I – LB ) Where, B = BASE address W = Storage Size of one element stored in the array (in byte) I = Subscript of element WHOSE address is to be found LB = Lower limit / Lower Bound of subscript, if not specified ASSUME 0 (zero)

t common film format, 35 mm, has a frame size of 36 by 24 mm when USED in a still 35 mm camera where the film MOVES horizontally, but the frame size varies when used for motion PICTURE where the film moves vertically (with the exception of VistaVision and Technirama where the film moves horizontally). The most common video frame sizes today are 1920 x 1080 pixels, and 1280 x 720 pixels, both used for HD video. Both sizes are multiples of 16:9 – the widescreen aspect RATIO.

LEDs are used in APPLICATIONS as diverse as aviation lighting, automotive headlamps, advertising, GENERAL lighting, traffic signals, camera flashes, lighted wallpaper, HORTICULTURAL GROW lights, and medical devices

it DEPENDS upon the programmer .. how fast u can make a GAME tyeam animation and write the codesExplanation:HOPE you understand please MARK me as brainliest...

urn type of log() is floatExplanation:log() function in CIt is ONE of the Math Functions used in C/C++/Java programmingThe log() function in C/C++ programming language will accept single PARAMETER and then returns a value of data type float i.e. natural logarithm (base = e) of a given number, where e represents the exponential number.C PROGRAM#INCLUDE #include int main() {    double num = 5.6, result;    result = log(num);    printf("log(%.1F) = %.2f", num, result);    return 0; }Outputlog(5.6) = 1.72

tion:.Solution:This algorithm can be broken into two phases: first we find a not too large overestimaten0forn, then we run binary search on the resulting array from 1 ton0.For the first phase, begin at entry 1 and check to see if the element there is infinity or not.If not, then TRY 2, then 4, 8, 16, etc, doubling each time until we see an ∞ . Note that after i steps, we will land on the over estimate n 0 = 2 i . Since the previous entry was not ∞ , it follows that 2 i - 1 ≤ n < n 0 = 2 i . Thus n 0 ≤ 2 n . This first phase takes O ( log 2 n 0 ) steps, and binary search on the array from 1 to n 0 will also take O ( log 2 n 0 ) steps. Thus the total running time is O ( log 2 n 0 ). As n 0 ≤ 2 n , log 2 n 0 ≤ log n +1, so it follows that the running time is also O (log 2 n ). Note that we could have been more efficient by terminating phase 1 early if the array elements we see while incrementing become larger than the array element we are searching for. This would make the algorithm run a bit FASTER if we actually implemented it in some cases, depending on where the element we’re looking for it. HOWEVER, this doesn’t lead to an asymptotic speed up in our worst-case runtime, and makes the algorithm a bit more cumbersome to explain and analyze. So LESSON number 1: For this course (but possibly not in practice), you may as well pick the easier to explain and analyze algorithm if it has the same asymptotic run time. Usually this means trimming off the efficiency hacks that you might add if you were to ever implement these algorithms. 6. You are given an array A [1 . . . n ] of n distinct numbers. You are told the sequence of values A [1] , A [2] , . . . , A [ n ] is unimodal. That means there is an index p where the values in the array Page 5Image of page 5

1. Multiple locations in ONE PHYSICAL ADDRESS 2. Incorrect business nameExplanation:HOPE THIS HELPS U >>>>>THANK U<<<<:>

a).FIRST, I have cleared the ENVIRONMENT using code in R: rm(list = ls()). Then, I set my directory using code: settled("D:/disorder/Predictive analysis using R and Python/Analytics Basics/directory (R PROGRAMMING)"),where the csv FILE “IMDB_data” was present. I have used the following codes to remove the 2ndcolumn entries. – IMDB_data=read.csv("IMDB_data.csv", header=TRUE)[-2,]b). df =length(unique(IMDB_data$Genre)) - 249c). IMDB_data=as.numeric(IMDB_data)d). IMDB_data=IMDB_data[ORDER(IMDB_data$Genre),]e). x = (as.numeric (IMDB_data$imdbRating))^ 2; y =(as.numeric (IMDB_data$imdbVotes))^ 2; IMDB_data$Square_Diff = with(IMDB_data, (x-y)Explanation:

Friends PLZZ prime minister ji ko support kare kyuki WO akele kuch nahi KAR SAKTE hame unka sath dena hogaBss hame ek KAAM karna hoga (Apne aap ko or apne family ko bhar matt nikalne dena ha)

Users who are FEMALE and have childrenUsers 25 to 34 years old who have their browser SET to SpanishUsers who engaged in a social media or email campaignUsers who viewed a page on a website, then WATCHED a video

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You haven't WRITTEN after NEGATIVE keywords , PLEASE check the question.

print the ARRAY from the PROBLEM to the SCREEN BACK ward

memory -- bytes Auxiliary memory (also referred to as secondary STORAGE) is the non-volatile memory lowest-cost, highest-capacity, and slowest-access storage in a computer system. ... Auxiliary memory HOLDS data for FUTURE use, and that retains INFORMATION even the power failshope this May help you.

This can HAPPEN even if the file SYSTEM is ONE that is ROUTINELY used for nightly backups.

If U enter the name of any COLOUR ,the OUTPUT will be :This is my favourite colour too.Hiibrainliest plzjoi AAI akhom

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it is a FLOW CHART ......

it is -The Maharashtra State CERTIFICATE in INFORMATION Technologyhope it HELPS u

tion:Actuators typically are used in MANUFACTURING or industrial applications and might be used in DEVICES such as motors, pumps, switches and valves. A mechanical actuator functions to EXECUTE movement by converting ONE kind of motion, such as rotary motion, into another kind, such as LINEAR motion.hope it's helpful for you ☺️be brainly ☺️

Babbage➖navigation keyMicrosoft pakkage22 JULY 2009

RMCExplanation:RESOURSE MONITORING and controlRMC

Computer Organization refers to the level of abstraction above the DIGITAL logic level, but below the operating system level. ... A closely related term, computer architecture, EMPHASIZES the engineering decisions and tradeoffs that must be made in ORDER to produce a "good" design.Explanation:HOPE this is useful for you

ogram - JavaQuestionTrust Bank CHARGES INTEREST for the vehicle loan as given below:Write a program to model a class with the specifications as given below:Class name: LoanData members / Instant variables:int time : Time for which the loan is sanctioneddouble principal : Amount sanctioneddouble rate : Rate of interestdouble amt : Amount to pay after given timeInterest = (Principal * Rate * Time) / 100Amount = Principal + InterestMember Methods:void getdata() : To accept principal and timevoid CALCULATE() : To find interest and amountvoid DISPLAY() : To display interest and amountAnswerLoan.javapublic class Loan {    int time;           //Time for which loan is sanctioned    double principal;   //Amount sanctioned    double rate;        //Rate of interest    double interest;    //To store the interest    double amt;         //Amount to pay after given time    void getdata(double p, int t) {     //To accept principal ad time        principal = p;        time = t;    }    void calculate() {      //To find interest and amount                /* Different case conditions for rate of interest         * Up to 5 years - 15%         * More than 5 and up to 10 years - 12%         * Above 10 years - 10%         */        if(time <= 5) {              rate = 15;        }        else if(time <= 10) {            rate = 12;        }        else {            rate = 10;        }        //Calculate        interest = (principal * rate * time) / 100;        amt = principal + interest;    }    void display() {   //To display interest and amount        System.out.println("Interest = "+interest);        System.out.println("Amount = "+amt);    }}TrustBank.javapublic class TrustBank {      public static void main(String[] args) {        Loan loan = new Loan();     //Create Loan object        double principal = 10000;        int time = 7;                    loan.getdata(principal, time);              loan.calculate();        loan.display();    }}ExplanationThe Loan.java file contains the code for the Loan class, with the required variables and methods. Code comments DESCRIBE the purpose of each thing.The TrustBank.java file contains the main() method which has an example. We first create an object of the Loan class.Then, we take the Principal as 10,000 and Time as 7 years and pass it on to the getdata() method. Finally, running calculate() and display() gets us our answers.Screenshots show the code of the two files and a terminal run of the program.