Math 10 Quarter 1 Week 1

[Sherman Desrosiers]

Ifit is indeed like above, then I think you can just generate 4 sheets of weeks, months, quarters and years in advance, then relate the entries to the appropriate columns in those 4 sheets to display entries in inline list.

Thank you! Yes you are correct in regards to the user flow! In regards to creating 4 sheets for each time period in advance, is this a little bit like making a calendar table in a traditional database? However, there would be 4 calendar tables? One for each time period?

The following courses are the courses with tutorials.

Fundamental Mathematics (Math 10500). Autumn only.

Precalculus topics covered. Eligible candidates should have had Calculus and have taken or be taking one of the Analysis Sequences. This assignment is only for Autumn quarter with a possibility of continuation into the Winter Math 13100 and Spring Math 13200 Junior Tutor positions.

Topics in Mathematics (Math 11200-11300). Autumn-Winter. To tutor for Math 11200-11300

Eligible candidates should have had Calculus and have taken or be taking a second year of math. Applicants must know number theory and geometry to tutor in these courses. Experience as a counselor in our summer YSP is good background. These are two-quarter assignments.

Junior Tutors are expected to conduct tutorial sessions during the regularly scheduled times (3hrs per week). They grade homework and quizzes of students in their tutorial groups (5hrs per week), they attend one lecture per week (1hr), and they meet with their Instructor weekly (1hr). The budgeted figure for Junior Tutors each quarter this year is $1620 for approximately 10 hours of work per week.

Course Assistants for Math 151-152-153 are called VCAs. A VCA is primarily responsible for grading the theoretical parts of Math 151-152-153 homework assignments (about 2-3 problems per student per section) and will be assigned to two sections each. In addition, a VCA is responsible for the collection, grading, and promptly returning homework assignments to the Instructor from the assigned classes. A VCA keeps an accurate record of student's homework grades, uploads them on CANVAS, and regularly meets with Instructors to discuss issues in the course, such as difficulties the students are having with the homework problems, or with understanding concepts.

Applicants for VCA positions should have had Honors Calculus, or Math 15910, or higher-level mathematics courses. Assignments are made for one quarter at a time, but preference will be for a VCA to work all year in the same section; continuation in the job is contingent upon satisfactory evaluation by the current Instructor. The budgeted figures for VCAs each quarter this year are $300 paid during the quarter plus $900 to be paid at the end of the quarter. VCAs should expect to spend 10 hours per week on the job.

A Reader is primarily responsible for grading homework papers in upper-level mathematics courses. We expect prompt, careful work from our Readers. A Reader keeps an accurate record of student's homework grades, uploads them on CANVAS, and regularly meets with Instructors to discuss issues in the course, such as difficulties the students are having with the homework problems, or with understanding concepts.

Applicants for Reader positions should have had the course they are asking to read for, or a higher-level course equivalent. Readers should expect to spend 10 hours per week on the job. Assignments of Readers are made by the Department and are based on the level of experience of the applicants for each position. Assignments are made for one quarter at a time; continuation in the job is contingent upon satisfactory evaluation by the current Instructor. The current level of pay will be $50 per registered student as indicated on the course roster at the end of the 3rd week. Readers will be paid $300 during the quarter plus remaining pay at the end of the quarter.

Occasionally, the Department of Mathematics is in need of an advanced Reader. Applicants for Super Reader positions should have had the course they are asking to read for, or a higher-level course equivalent, and have had excellent grades in that course. Applicants for Super Reader positions should be third- or fourth-year mathematics majors with an excellent record.

The responsibilities include correcting homework papers, holding two office hours weekly, helping during lectures (IBL classes), and meeting with their Instructors regularly to discuss the course, duties, and performances.

The budgeted figures for Super Readers for each quarter this year are $500 plus $50 per registered student, as indicated on the course roster at the end of the 3rd week. Super Readers will be paid $500 during the quarter with the remaining pay at the end of the quarter. Super Readers should expect to spend 10 hours per week on the job.

If you are interested in tutoring in mathematics, from high school to college level, please fill out this form. Once this form is complete, we will add you to a list of private tutors.

You will be notified when we receive requests. You may contact the Undergraduate Studies Administrator (hzy...@uchicago.edu) for any questions or changes in your tutoring availability.

If you are interested in tutoring in mathematics, from high school to college level, please fill out this form. Once this form is complete, we will add you to a list of private tutors. You will be notified when we receive requests. You may contact the department (con...@math.uchicago.edu) for any questions or changes in your tutoring availability.

So I am really looking forward to participating in math REUs after sophomore and junior years in college, but I just noticed that since I am on a quarter system I will only be done with finals at around June 14-15ish. Most REUs I have seen start like June 6-7 and some even (say like Texas A&M) start May 31. Are REUs accommodating of this problem?!

As somebody who runs an REU program, I would say that the answer is generally no, we probably cannot accommodate a student who wants to start late. There are a number of reasons for this. First, missing the first few weeks of a program deprives a participant of a significant part of the research experience. The first week of my program has a lot of orientation activities for the students. They get to learn about the campus, tour the various labs that all of them will be working in, and take safety training classes. It is not so easy to replace these for a student who arrives late.

There is also the research time that is lost if a student arrives late. I would generally prefer to offer a space in the program to a student who can attend the whole program and thus get maximum benefit from it. Because of my university's schedule, all our REU programs start quite early. The programs have already started as I write this in the last week of May. Yet we do not have difficulty finding enough well qualified applicants, and I would not like to offer a space in my program to a student who will not be able to get the full benefit of participation.

The second major reason for not allowing students to start late is that is may simply not be permitted by the terms under which the REU program is funded. Most REU sites are funded by the National Science Foundation, which has strict rules for how funds are supposed to be used. The terms of my grant from the NSF specify how many students we will support, and (approximately) how long they will be part of the program. Deviating from these parameters could imperil future funding for the REU program.

I was an undergraduate at an institution on the quarter system and the three math REUs that I attended allowed me and others in the same position to start late. In my experience, math REUs are very accomodating with these sorts of things. I also saw other students leave slightly early or travel somewhere in the middle of the program for a week for various reasons. You should inform whoever is running the REU about your situation once you are accepted to check if starting late will be OK, however. There are also several REUs that start reasonably late, maybe the first or second week of June, so that a student on the quarter system should not have to miss more than a week.

As Stanford's fourth academic quarter, all Summer Session courses carry Stanford University credit. Choose from courses offered in more than 30 departments, from foundational core courses to offerings that are unique to Stanford. Try something new with the confidence that comes with knowing our Academic Support team will be with you every step of the way.

During the Summer Quarter, the typical 10-week term is condensed to 8 weeks and course load requirements increase proportionally. Every unit for which credit is given represents approximately three hours of work each week for the average student, but workload for each individual will be affected by their specific course selection and circumstances. Our advising team is available to help you learn more about the estimated workload for your preferred courses, including discussing any prerequisites.

Academic courses are typically offered for a Letter Grade or for an elected Credit/No Credit grading option. For more information, the Office of the University Registrar maintains a full listing of the General University Grading System. Please note that all courses offered as part of Summer Session carry academic credit, regardless of how they are graded.

Summer Session provides academic support every step of the way, from pre-summer through final exams. Our Summer Academic Resource Center offers Academic Advising, Tutoring, and Workshops to ensure you won't be going it alone.

Dates are a common element in many data sources. If a field contains recognizable dates, it will have a date or date time data type. When date fields are used in the viz they get a special set of functionality, including an automatic date hierarchy drill down, date-specific filter options, and specialized date formatting options. Using dates in calculations often requires the use of date-specific functions.

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