For each piecewise linear function, graph the function and find:
lim f(x) lim f(x) lim f(x)
x->3- x->3+ x->3
(a) f(x) = |x-3| + 1 (b) f(x) = -|x| + 2
Solution a): f x x 3 1 Graph: limx 3 f x limx 3 x 3 1 limh 0 3 h 3 1 limh 0 h 1 (i ) 1. (ii ) f x limx 3 limx 3 x 3 1 limh 0 3 h 3 1 limh 0 h 1 1. (iii ) limx 3 f x limx 3 1x 3| 3 3 | 1…
How are these questions done without hospitals rule and without using tables.
For each part, assign the limit a real number, +00, -co, or say that the limit does notexist. Do not use L’Hopital’s Rule for these parts. Do not use tables.a.limx2+2x-3x-1×2+6x-7b.lim(2+h) 2019_22019h-0h
For each one you choose, describe the study and discuss how it supports or does not support the information you have written in your report about Erikson. Specifically: Which particular aspects of the theory does the study examine? Do the experimental or discussion results strengthen or weaken the theory and your ideas? Why? Do you agree or disagree with the conclusions? Why or why not?
For each of these topics there must be interpretative discussion, not just listing the numbers.
Topics for a business plan Shawnee Technologies Company
– First Year Projections by Month
– Two Year Projections by Year
There must also be discussion and not just listing numbers.
pleae help answer I can’t seem to get the right answer
For each of the vectors below,I.) do a rough sketch of itIl.) convert it to the form it is not already in (size & direction, or components)(Note: cw=clockwise, ccw=counterclockwise)a.) D = 6 m, 20 ccw from +x axisDx = 5.638mDy = 2.052mb.) Vav = 20 m/s, 50 cw from -y axisVav x =x m/sVavy =x m/sc.) Qx = -5m, Qy = +5 mQ=m,cw from -x axis* Highly recommended: For even more practice, do the Vector Practice Worksheet linked in Canvas. You can find this under the "Course Materials" meitem ("Intro & Misc Materials" Tab)
Please help can’t with b and c can’t seem to get to the correct answer
For each of the vectors below ,1 . ) do a rough sketch of it11. ) convert it to the form it is not already in ( size & direction , or components )( Note : cw = clockwise , Cow = counterclockwise )2 . ) [ = 6 m , 20′ cow from + x axisDy = 5. 638MmDy = 2.052Mb. ) Day = 20 m /’s , 50 ow from – Y axisVav x }* m/’sVary -* m/sC . ) Ox = – 5 m , Qy = +5 m197 ," ow from – * axis
For each of the two questions, develop a 1-2 pages double-spaced solution using APA style.
Question 1:
Accelerometer is one of the commonly used motion sensors. Describe at least three types of accelerometers explaining the difference in their operational characteristics and in their applications.
Question 2:
Describe at least five characteristics you consider highly desirable for temperature sensors and provide a comparison of thermocouples, thermistors, and resistive temperature detectors (RTD) in terms of these characteristics.
For each of the two companies selected for your Portfolio Project Milestone, which was due in Module 2, complete the following:
Prepare a written report discussing each of the components above. Be sure to provide any supporting documents as addendums to your report and not in the body of the report.
Your report should meet the following criteria:
After you have completed your written report, prepare a PowerPoint presentation summarizing the similarities and differences in the two audit reports.
Your presentation should meet the following criteria:
Review the grading rubric to see how you will be graded for this assignment.
For each question, perform each of the following steps:a. state the hypotheses and identify the claim.b. find the critical valuesc. compute the test valued. Make the decision.e. summarize the resultsCharter bus records show that in the past years, buses carried an average of 42 people per trip to Niagara Falls. The standard deviation of the population in the past was found to be 8. This year, the avverage of 10 trips showed a mean of 48 people booked. Assume that the variable is normally distributed. a. can one reject the claim, at a = 0.10, that the average is still the same? b. Find the 90% confidence interval fo the mean.c. Does the confidence interval interpretation agree with the hypothesis testing results? Explain.
For each, provide a brief definition and pair it with a work from the humanities that it could be used to interpret. Make sure to specifically name the work and provide a very brief example from it. Make sure to use your own words and avoid cutting and pasting from the sources. Be sure to cite the learning resources you use in your answer in MLA format.
Sample Post
1. Alliteration–a literary device, when the same letter or sound appears at the beginning of words that are adjacent
Alliteration can be used to talk about Pied Beauty by Gerard Manley Hopkins in the line, “With swift, slow; sweet, sour; adazzle, dim.”
2. Another example
Example paired with a work from the Humanities it could be used to interpret.
Citations, as needed
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