5

Consider the final arrangement of charged particles shown the figure below. What the work necessary very far from one another? (Let 91 6.5 nC; 3.0 nC and 93 -17.5 n...

Question

Consider the final arrangement of charged particles shown the figure below. What the work necessary very far from one another? (Let 91 6.5 nC; 3.0 nC and 93 -17.5 nC.) 1.75e-05 Your response differs from the correct answer by Icze than 1092 Double cneck vour calculationsbuild such an arrangement of particles assuming they were originally(-120 cm, 0)(12.0 cm; 0)(-120 cm; 120 cm)

Consider the final arrangement of charged particles shown the figure below. What the work necessary very far from one another? (Let 91 6.5 nC; 3.0 nC and 93 -17.5 nC.) 1.75e-05 Your response differs from the correct answer by Icze than 1092 Double cneck vour calculations build such an arrangement of particles assuming they were originally (-120 cm, 0) (12.0 cm; 0) (-120 cm; 120 cm)



Answers

Here are the charges and coordinates of two charged particles located in an $x y$ plane: $q_{1}=+3.00 \times 10^{-6} \mathrm{C}, x=+3.50 \mathrm{~cm}$ $y=+0.500 \mathrm{~cm}$ and $q_{2}=-4.00 \times 10^{-6} \mathrm{C}, x=-2.00 \mathrm{~cm}, \quad y=$ $+1.50 \mathrm{~cm}$. How much work must be done to locate these charges at their given positions, starting from infinite separation?

24.68. We have two charges and their coordinates and the X Y plane, and we want to know how much work it takes toe bring them thio their positions here from an infinite separation. So the work is essential energy needed. And this only depends on the distance between the two charges. So have x one minus x two squared. Plus why one minus y two squared. This will be under Q one times cute, too. And then just putting all of our numbers in you get negative 1.93 Jules. And this makes sense that the charges will actually, uh, you know, do work and being brought together because they have opposite science, and so they're going to be attracted to each other.

Problem 24.44. We have this configuration of charges here. And if we wanted to bring ah, point particle with the charge of six elementary charges So the middle here, how much work do we have to do to bring it in from infinitely far away at rest? Thio be sitting here. So the first thing to note is that, uh, the charges that the corners here are going to have are going to cancel each other out. So you have minus C and plus he hear the same distance away and minus three and plus three here again, the same distance away. So we don't have to worry about these. We just have to worry about the three charges on the edges that are, uh, all a distance of two centimeters away from our point. So the work has to be done. Are the work that has to be done is equal to the change in the potential energy. So we can just go ahead and, uh, you know, just write this down. We got our three charge or negative to recharge and our positive to recharge. It is, in fact, also the case that these two are going to cancel each other out as well because they have opposite charges and you're an equal distance away. So really, we only have the contribution from from this charge producing a potential here. This will be multiplied by the charge of Eire. Particle will be divided by four pi. Absolutely not times our two centimeters. And so this is 2.1 times tend to the negative 25th Jules.

24.50. We're wanting to find out how much work it takes to bring this charge Capital Q. Here along this indicated path to this point with thes charges, the indicated distances and away. And with it the charges in these angles are also give it. So if we think about it for a second, we're given quite a bit more information than we need here. Um, for example, the past doesn't really matter because we know that since the electric force is conservative, that the, uh changing potential energy from one point to another only depends on the distance between them and not on the particular path taken. So we don't need this. Similarly, the potential between these and this is the only depends on the distance is so we don't need that either. And so we, uh, just write the work down is the change in potential energy. So this is one over or by uh, absolutely. I'm not factor big you out of this. So we have kyu won over to D plus you two over D. However, um, Q one is negative. Two times you too. And so this actually all cancels out and it take zero network to bring this charge to the indicated point

Okay, so the charge to experience are three different that refuse, Which are you wanting? 23. And there's angle data here as well and we consider the positive acts excess and positive I access of the direction. Okay. As you can tell, all these a lot reviews are along the negative direction since always ah directly toward the negative f X axis and the Y axis. And we know charge view has charged 10 by crook will, which is one times 10 tra pounding five clubs and the length of the rectangle Oh is 60 centimeter which is 0.6 meter and with off the rack tango is lifting centimeter which is your open Want meter? We only told a large of your act on partner track you she'll be you want nasty two plus eatery when you want to be able to take you over elsewhere test I've actor okay And this will give us you want to go to connective to appoint by zero time stands apart by neutral Okelo I've actor it has to factor which is I've actor and gave actor OK, it was a few decomposed. He too is you have x component and white components. Okay. And the ask component is equal to negative Way to call Santa the actor What components he go to negatively to assign data gave actor which is the balloon I take you over all square past Abbotts Square Tensorflow Sandy the I minus can't you over elsewhere plus Darby Square time Santa that j and we know call Santa Days ago l over Suero elsewhere plus tablets were inside that something As you go Dobley over square root elsewhere plus tablets were OK and therefore we'll have to is you connective cake you out over elsewhere Past average score to a power of 3/2 minus k Q w over Escort past every square to look far off. Three over to eventually have to is you was who, uh, Next to a point to wear transcendental power firing you I've actor plus negative 5.7 Times Center California topic Will Jay Vector and the three only have one director, which is a JV actor. Is the eagle the name? Take you over Dublin Square attached day and eventually we have the threes he goes to negative four year old has tend to part of six years and local Andrzej okay and then we can plug him back to the question will determine totally that review after I will charge you, which will eventually will have easy go to negative. 4.78 times tend to qualify. Neutron Bakula I have actor plus negative 4.57 10 10 +56 Newton because J factor So the magnitude of the total electorate future people to put going on i times a +56 year time. Cool. Okay, and then we can determine the total after force act on such charge, which is that's a force. Have easy go to you Ties up a soiree. I'm sorry the man cause you'll be OK which is equal to one times central power. Have notify cooler house four point all night ties 10 to the power of six new tampoco This will give us electric forces about 40.9 times and questions he was asking us the direction Well, you know the direction must be determined by some kind of angle, which is the fate a year. Okay. And we know tension. Say, is he going to go the white components off totally last few over the acts components of the toilet. After a few when a wild component is negative. 4.0 by seven times, 10 to about six in urine, Bakula and the ass components with a vote 0.78 tens. Tender power hard if I knew something. Well, okay, so therefore can determine intentionally that is equal to negative. 4.0 by seven times 10 to the power of six. Newsroom book will over connective. 4.78 times tend to qualify. You're drunk, Ochola. And this will give us attention say, days about Ah, a point for nine. And I would determine the angle. Say that his people to getting worse function attention, which is attention to a problem that you want Eggs. I've is 8.49 hope and this will give us a hose about 83.3 degree. Okay, remember me? Total force only now force on such charge was allowing the third quarter over X Y coordinates. Okay, because we draw the graph. This is X Y coordinates And is the direction off the, uh, electric force act on in charge? Okay. And it is on their accordance. So therefore the actual and go. It's a ah, to shall we go to the 83 on three degree here. Plus why any degree Okay, which is you go to 200 63 0.3 degree. Okay. Say is about 263 degree, which is, uh, this angle here, 263 degree. And this should be the actual direction off the net Force on the national Force on the charge. OK, and, uh, these are the answers for these questions.


Similar Solved Questions

5 answers
Poinl) Consider the syslem = differenila Cquations~2y~21.Convert Ihis syslem equaniontsecond order differenlia ecualiondifferentiating the second equalion with respect Io - and substituling for z from the firstSolve Ihc equaiion You oblzined for yas funciionnurcerilnaa5 a MunctionIf we also require >(0)and 9(0) 2, what are and %?2(t) uc)
poinl) Consider the syslem = differenila Cquations ~2y ~21. Convert Ihis syslem equaniont second order differenlia ecualion differentiating the second equalion with respect Io - and substituling for z from the first Solve Ihc equaiion You oblzined for yas funciion nurcerilna a5 a Munction If we also...
5 answers
Determine each limit; if it exists. (If an answer does not exist; enter DNE.) (a) lim, 4x(x 8) X=2(b)lim V70 - Sx X--6~/1.66 pointsEvaluate the limit; if it exists. (If it does not exist, enter DNE: lim (2x' + 31? _ +1)~/1.66 pointsEvaluate the limit; if it exists. (If it does not exist, enter DNE) 2+1_ 72 lim 1 - 8
Determine each limit; if it exists. (If an answer does not exist; enter DNE.) (a) lim, 4x(x 8) X=2 (b) lim V70 - Sx X--6 ~/1.66 points Evaluate the limit; if it exists. (If it does not exist, enter DNE: lim (2x' + 31? _ +1) ~/1.66 points Evaluate the limit; if it exists. (If it does not exist,...
5 answers
Question 21. Solve the system of equation by the substitution method y =%2 + 2x +4 v =-4c
Question 21. Solve the system of equation by the substitution method y =%2 + 2x +4 v =-4c...
5 answers
1. Use al appropriate u-substitution along with the ruleduarctan+C,a2 | u2to evaluate the integral (a) J i6+4z? Jc 16+4,2
1. Use al appropriate u-substitution along with the rule du arctan +C, a2 | u2 to evaluate the integral (a) J i6+4z? Jc 16+4,2...
5 answers
Q16Provide the reactants that would give the following aldol condensation product.
Q16 Provide the reactants that would give the following aldol condensation product....
5 answers
Construct the indicated confidence interval Hortne popllaton menn using 20,95, *= 13,1, $24.0, M=t-distnbution Assure (nt pooulaton normally distnibutod(Round one dccimal placo needad )
Construct the indicated confidence interval Hortne popllaton menn using 20,95, *= 13,1, $24.0, M= t-distnbution Assure (nt pooulaton normally distnibutod (Round one dccimal placo needad )...
5 answers
Answer: P(31) H gwven by Suppose # product'$ revenue 2 14q function is 250 , 1 where C(q) R(q) in dollars { and q iS units { whcre produced R(q) doilasi # 1 sold H
Answer: P(31) H gwven by Suppose # product'$ revenue 2 14q function is 250 , 1 where C(q) R(q) in dollars { and q iS units { whcre produced R(q) doilasi # 1 sold H...
5 answers
Homework: Homework Chapter 8 (Copy) Score: 0 of - 25 0f 30 (0 complete)SaveHW Score: 090 of 30 pts8.3.6-TQuestion HelpUse lechnology = iind Ine P-value for the hypothesis test desdibgd 0g/0w. The claim that for 12 AM body temperature3 , the mean 98 6"F The sample sizeand the te3 statistic Is t= 2 401.P-value"RoundInree decima places a5 needed )
Homework: Homework Chapter 8 (Copy) Score: 0 of - 25 0f 30 (0 complete) Save HW Score: 090 of 30 pts 8.3.6-T Question Help Use lechnology = iind Ine P-value for the hypothesis test desdibgd 0g/0w. The claim that for 12 AM body temperature3 , the mean 98 6"F The sample size and the te3 statistic...
5 answers
Ohm's LawLaboratory ReportNameMWITTHB. Data Table 2: Current (LIy) versus Resistance for Constant Voltage (Va) Constant Voltage Vs = IVCurrent IsResistance Rs1/ Rs 1/QReading1001 2 ' 2 16 .3 7m, 2 4b804020(Y-axis) Vs. IR (X-axis) and find the slope of the Jine. Plot IsSlope of line % error from Vs
Ohm's Law Laboratory Report Name MWITTH B. Data Table 2: Current (LIy) versus Resistance for Constant Voltage (Va) Constant Voltage Vs = IV Current Is Resistance Rs 1/ Rs 1/Q Reading 100 1 2 ' 2 16 .3 7m, 2 4b 80 40 20 (Y-axis) Vs. IR (X-axis) and find the slope of the Jine. Plot Is Slope ...
5 answers
(CALCULATOR PROBLEM) The following datat represent the weight (in grams ) . ofa box of misins And the nmua- Nisins the bxWegh_W" MEE17 42.8 42.4 42,6 12 4 423 425 42.7 42,5Sketch the scatter plot with numberIersweighji| Give the equation that best madels the data. MKouna conncienlund consuuni deeimal places)iii] Use the ubui mnael predict the number ol ruisins ptais . Rouna Lllc: IIcreel FISIhox that weighs +2.25
(CALCULATOR PROBLEM) The following datat represent the weight (in grams ) . ofa box of misins And the nmua- Nisins the bx Wegh_W" MEE 17 42.8 42.4 42,6 12 4 423 425 42.7 42,5 Sketch the scatter plot with number Iers weigh ji| Give the equation that best madels the data. MKouna conncienlund cons...
5 answers
Slo 3 elsNI&2 { 8
slo 3 els NI& 2 { 8...
5 answers
Suppose a pigeon that is homozygous for the no grouse allelemates with a heterozygous pigeon. What is the expected frequency of the homozygous no grouse GENOTYPE in theoffspring? 0% , 50%, 75% , 100%
Suppose a pigeon that is homozygous for the no grouse allele mates with a heterozygous pigeon. What is the expected frequency of the homozygous no grouse GENOTYPE in the offspring? 0% , 50%, 75% , 100%...
5 answers
6.(15 points) Three +5.0 mΑcurrents directed into the page areplaced at each of three corners of a rectangle whose length 4.0 mand height is 3.0 m. A fourth current of 5.0 mA out of the pageexists at the remaining corner on the lower right. What is themagnitude and direction of the magnetic field at the site of thefourth current?
6.(15 points) Three +5.0 mΑcurrents directed into the page are placed at each of three corners of a rectangle whose length 4.0 m and height is 3.0 m. A fourth current of 5.0 mA out of the page exists at the remaining corner on the lower right. What is the magnitude and direction of the magnetic ...
5 answers
5 (15pls) _ The probabilly Uhal palient FCVn: [rom raru blood dlisease is 0.4. Il 36 people are KHOwn Lo Have @Lracled Lhis dicA5: andl lel X be Uhe HHber ol palienls who survive,whal is Uhe probabily Lhal lewer lhan 10 (X < 10) survive? [inc P(X 10) _ Uhe: normal approximalion (o lindl P(X <10) and P(X = 10).
5 (15pls) _ The probabilly Uhal palient FCVn: [rom raru blood dlisease is 0.4. Il 36 people are KHOwn Lo Have @Lracled Lhis dicA5: andl lel X be Uhe HHber ol palienls who survive, whal is Uhe probabily Lhal lewer lhan 10 (X < 10) survive? [inc P(X 10) _ Uhe: normal approximalion (o lindl P(X <...
2 answers
Question 4. (15 points, Find all the singularities and identify the type of all the singularities for the function f(z) = zcot z Evaluate the contour integral z cot zdz. Cn where Cv is the circle of radius (N + %) r centered at the origin in anticlockwise direction_
Question 4. (15 points, Find all the singularities and identify the type of all the singularities for the function f(z) = zcot z Evaluate the contour integral z cot zdz. Cn where Cv is the circle of radius (N + %) r centered at the origin in anticlockwise direction_...

-- 0.063267--