Question
Fnd ue dornain and range of the relation, and Ihen debaurina wu-Ihor Ito ralalion enrenis hunctonThe domai fat the gwen relatln & (Use conma separate ansernoodad )na runng u qwen tclahon (Use comme senarate answrensnee ded MoraIna qiennalian rcce,entfuunctlon?bacauseeach elementooma meremcteiniirecmu-nlIhe tunge_0 6.hacale lor aach elementatln thergexacky ane coloxpondine ctuhulthe rnqebecnngeleast one ofthe elements the dontin has ntore than one corresponding elenent in IheMnelbecause at
Fnd ue dornain and range of the relation, and Ihen debaurina wu-Ihor Ito ralalion enrenis huncton The domai fat the gwen relatln & (Use conma separate anser noodad ) na runng u qwen tclahon (Use comme senarate answrens nee ded MoraIna qiennalian rcce,ent fuunctlon? bacause each element ooma mere mcteiniir ecmu-nl Ihe tunge_ 0 6. hacale lor aach element atln therg exacky ane coloxpondine ctuhul the rnqe becnnge least one ofthe elements the dontin has ntore than one corresponding elenent in Ihe Mnel because at least one of the elements Iha damnathile materthan Gne corresponding elemant in Iho raridu Click select yur answ ers)
Answers
Fill in each blank with the appropriate word or phrase. Carefully reread the section if needed. A relation is a function if each element of the _______ is paired with _______ _______ element of the range.
Hi everyone. So in this question they asked calculation of electronic activity from the psychic vision Given in the pass is related to police kill by 2.8 times lower than the electronic equity than Callings can be 2.8 times a year than the electronic equity value in the police camp. Since Equality Electronic equity of fungible and did no such a relation as possible. So in this case, option B is correct. Okay. Option B is correct. Electorate negativity from psych indication. Yeah, electron negativity. I like to. Can I get you a dean from second equation. Rob So many questions. You went in the passage Cuban in this passage, it's related to polling scan. It's related to falling scale scaled. Yeah. Bye. 2.8 times a year than two point eight times a year. Then electron negativity of falling quid leo. We get to it, yup falling red blue. Thanks.
This is problem number five we are given a set of data. First. We're test to draw a scatter diagram of the data which you can do on your own. Next. We are given the following five data points enter tasked with determining the least squares regression line, recall that we have two equations to find the coefficients of our least squares regression line. We have B one equal to our times the standard error of Y, divided by the standard of X and be not equal to the mean of y minus B one times the mean of X. If we run these calculations we will find the following, we have B one equal to negative 0.714 and B zero equal to 6.550 So we can use this information to write our least squares Russian line we will get. As a result we have ry bar. Why hat? Sorry? Equal to B. One which is negative 0.714 times X plus RB not which is 6.550 You could then use this to plot this over your data set and you should see that it fits the data very well, especially in a negative relation, especially due to the fact that we have a value of our that is very close to one whose magnitude is very close to one.
Alright. For this question, we want to answer a few questions relating to this table that we have, which shows the relationship between the month and the average precipitation for that month for Miami, Florida. So for part A were asked, What is the range element corresponding to April? So we have that the month is the domain. The precipitation corresponding is the range. So you can see that the range element corresponding to April is 2.85 from part B. Or asked what is the range element corresponding to June? I just need to look at our table. Look at June. Corresponding element in the range is going to be 9.33 for part C were asked which element in the domain corresponds to the least value in the range. So the precipitation is our range, so we'll look. Looks like 1.83 is the minimum value of precipitation. Then we look in our domain the months we can see that that corresponds to December Part D. He wants to complete the ordered pair blank 2.66 So that means that we need to find the element in the range. Sorry, Excuse me in the domain, which corresponds to the range element 2.66 Look at our table here and we can see that in November the precipitation is 2.66 So our ordered pair is Nova or November 2.66 Then for part E. We want to complete the ordered pair September blank, which means we just need to look at our table. We have our domain element is September or range element is 7.63 And for part F were asked, what is the domain of this relation? The domain is what are the possible things that we can essentially put in as the input. In this case, the domain of this relation is the months. Or if you were being particularly a stickler for how you wrote this out, you would write this out as being a set with the names of the months. January february dot, dot dot I'm not going to fill it all out all the way up to December. That is the domain. We can't know what happens on January 15th. Ah, because we only have this very specific and limited data set. Can only say that the average over the entirety of January is 2.1 Yeah,
Older range. I do. No. But though range value for Hey, April two point a fine for be the range value it is nine points 33 the least value. He is one point a three Carlos Warning. I don't mean December on the order beer complete which is no em Both So remember is the blank part. Next it is number on the blank parties The range which corresponds to seven point 63 I wonder Lined it on Do you don't mean set is Jiang buddy February, March, April, May June Do you lie of this? A bimbo? Oh, well, no ambo round December.