tag:blogger.com,1999:blog-3639396130986370446.post6809701027038593249..comments2023-05-19T08:36:13.838-07:00Comments on EGR 393 Daniel Bruce Moaad Alzahrani: Anonymoushttp://www.blogger.com/profile/05808382131717987846noreply@blogger.comBlogger14125tag:blogger.com,1999:blog-3639396130986370446.post-59793002838704297212017-02-02T11:52:20.480-08:002017-02-02T11:52:20.480-08:00Good responses to comments. Good blog.Good responses to comments. Good blog.Tolga Kayahttps://www.blogger.com/profile/07285135470525095408noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-64194488090459719392017-01-31T21:52:40.547-08:002017-01-31T21:52:40.547-08:00You're right about question number 1. We belie...You're right about question number 1. We believe there was something wrong to for C. That is why we wrote under the table that "Most of our calculated readings were very close to the measured readings, except for part C. I assume we may have had some wires touching unknowingly decreasing our resistance values". We will check your blog for the other question. <br />Thank you. Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-69751028299504905282017-01-31T21:48:06.664-08:002017-01-31T21:48:06.664-08:00We were trying to learn to screen-shot tables, but...We were trying to learn to screen-shot tables, but it didn't work with the us. Finally we know how to do it now. If you look at the new blog now the tables will look much betters. <br />Thank you.Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-33716753701963571422017-01-31T21:44:19.603-08:002017-01-31T21:44:19.603-08:00We thought it will be clear enough like this, but ...We thought it will be clear enough like this, but you might be right. We will take note. thanks. Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-33990141407334409312017-01-31T21:41:14.587-08:002017-01-31T21:41:14.587-08:00I just fixed it.
Thanks again. I just fixed it. <br />Thanks again. Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-38946925123134412082017-01-31T21:39:34.339-08:002017-01-31T21:39:34.339-08:00We always try to take the time and the write the e...We always try to take the time and the write the equations down to show how we did get there. I hope we were accurate in our numbers we didd our best. Thank you.Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-34501786971261239472017-01-31T21:35:15.414-08:002017-01-31T21:35:15.414-08:00You are right! there were some spelling mistake th...You are right! there were some spelling mistake that might case the confusion for you. Thanks for noting that. Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-65242080083313292342017-01-31T21:30:06.811-08:002017-01-31T21:30:06.811-08:00We did not get very different numbers between the ...We did not get very different numbers between the measured and calculated except for C that is why we did not talk to much about it. Moaadhttps://www.blogger.com/profile/09106207870099965682noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-4169290980747772772017-01-30T03:47:13.762-08:002017-01-30T03:47:13.762-08:00Its difficult for me to read the values for your t...Its difficult for me to read the values for your tables, try screen-shotting a table made in excel, it will make your blog look exquisite. Make sure to add the pictures of the circuits from the question. Content wise your values seemed to follow along the same lines as ours, with the exception that some of our videos were taped outside of class. Good quality videos, and explanations, feels like I actually understand the conceptual answers for 8 - 12 now.gggghttps://www.blogger.com/profile/04487372781227426394noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-2319965753473416642017-01-29T22:44:02.650-08:002017-01-29T22:44:02.650-08:00Our measured values versus our recorded values wer...Our measured values versus our recorded values were much closer than yours in general for number 1. I believe something must have gone wrong in Part C. I believe that there is internal resistance in the DMM that allows only part of the current to flow through it when placed in parallel. We got a smaller reading than the full current because I believe the current was divided between the resistor and the DMM. Wow, your measurements and calculations for number 3 were very close. We did not read the directions correctly on that part and didn’t calculate. You may want to enlarge your photos or take closer pictures so that it is easier to see when viewing the blog. Why did you not measure the current directly in number 5? Instead you are still calculating because you do not know the exact resistance of the resistor. You should break the circuit and measure the current that way and compare that to mesh analysis calculations. Our equivalent resistance was a little different for number 6. You should include calculations so any errors can be spotted. For number 7, the voltage being introduced will not change the resistance in the circuit. We have photo evidence of this in out blog if you would like to check it out. Your video for explaining the potentiometer contained a very good explanation, I thought. Overall, I liked the blog. Just including some calculations may be helpful for those reviewing your blog in the future. <br />Anonymoushttps://www.blogger.com/profile/04333796826662450051noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-16689047308762317022017-01-29T16:54:52.644-08:002017-01-29T16:54:52.644-08:00In #5 I liked that you guys took the time out and ...In #5 I liked that you guys took the time out and typed up the equations and then gave the answers to them instead of just giving the answers like everybody else. I also thought your answer for #'s 13 and 14 were really descriptive and accurate.Anonymousnoreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-31518555783596741152017-01-29T15:39:04.658-08:002017-01-29T15:39:04.658-08:00For #3 we got the same values for the measured and...For #3 we got the same values for the measured and calculated for both voltages and current i think you need to put more information why did you get these values and why the current doesn't change for both resistor while the voltage is different.<br />Also, for #4 I think you need to write why the voltage is the same while the current is different. Other than that i think you made a good job, and I enjoyed reading your blog.Anonymoushttps://www.blogger.com/profile/12782340419552059251noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-89158591280101357572017-01-29T15:38:43.877-08:002017-01-29T15:38:43.877-08:00For Question 7, the wording to the response to the...For Question 7, the wording to the response to the question is difficult to follow particularity the passage "we the power supply added voltage to that reading the meter is assuming the resistance is very high in the circuit". Another suggestion is to add the given diagrams for the questions that had them to help illustrate what you are trying to show, for example what part A is showing in problem 1. Really liked your attention to detail when explaining Question 11. Anonymoushttps://www.blogger.com/profile/10993354208204279188noreply@blogger.comtag:blogger.com,1999:blog-3639396130986370446.post-39566632751289289202017-01-27T06:39:46.107-08:002017-01-27T06:39:46.107-08:00For sections in which there were discrepancies bet...For sections in which there were discrepancies between measured and calculated values, I would like to know your take on why this is. This is particularly the case for question 1. Why were the calculated equivalent resistances so different in circuits A and C? Additionally, it might be useful to provide a calculated equivalent resistance for question 6; this could expand on the discussion of theory versus practice.victoria hhttps://www.blogger.com/profile/01995206302698262946noreply@blogger.com