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Homework problems for a physics recitation involving vector addition, component calculations, and analysis of two-dimensional motion, including projectile and free-fall scenarios.
Course: Physics 1135
Type: Homework assignment
Topic: Vectors and two-dimensional kinematics
Audience: Undergraduate students
Institution: University Physics Department
Recitation: 3
Problems: 4
Date assigned: Not specified
Due date: Not specified
Includes: Vector diagrams, calculations of magnitude and direction, kinematics problems
Price: 8 / 10 USD
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UGMT 1300.582 Recitation Syllabus Associated with MATH 1180.580 (Fall 2020)
Course Code: UGMT 1300.582
Associated Course: MATH 1180.580
Course Type: Recitation
Semester: Fall 2020
Institution: University of North Texas
Undergraduate Teaching Assistant: Suja Tiwari
Meeting Times: Monday and Wednesday, 6:30–7:20 PM
Location: GAB 511
Grading System: Pass/No Pass (P/NP)
Passing Requirement: 70% or more of total available grade
Grading Criteria: Attendance 50%; Graded Work 50%
Attendance Policy: Mandatory; active participation required
TSI Requirement: Fulfilled with grade of Pass (P)
Classroom Technology Policy: No personal electronics except calculator
Disability Accommodations: Office of Disability Accommodation (ODA) registration required
Syllabus Policy: Subject to change with in-class notification
MATH 1580-540 Recitation Syllabus
Year: 2022
Region / City: Denton, Texas
Subject: Mathematics
Document Type: Syllabus
Institution: University of North Texas
Instructor: Nirushi Silva
Target Audience: Students enrolled in MATH 1580-540
Effective Period: Fall 2022
Approval Date: August 2022
Modification Date: Not specified
Vectors and Forces in 2-D: Net Force and Component Calculations
Year: 2026
Region / City: Not specified
Subject: Physics – Mechanics
Document Type: Educational exercise / Problem set
Institution: Not specified
Author: Not specified
Target Audience: Students learning vectors and forces
Topics Covered: Vector addition, force components, tension, friction, acceleration, equilibrium
Equipment Mentioned: Ropes, chains, sleds, suitcases, sports scenarios
Applications: Real-world force problems including human, animal, and object interactions
Problem Types: Numerical calculations, vector decomposition, free-body analysis
Physics 1135 Homework #4: 2-D Kinematics with Constant Acceleration
Course: Physics 1135
Type: Homework Assignment
Topic: Two-dimensional kinematics with constant acceleration
Level: Undergraduate
Institution: University (unspecified)
Author: Instructor (unspecified)
Year: 2026
Target Audience: Undergraduate physics students
Problems Included: Projectile motion, electron motion between plates, dart and target scenario, package drop from airplane
PHYSICS 2018-19: Day 38 Agenda and 2-D Motion Problems, October 18, 2018
Year: 2018
Course: Physics
Term: 2018-2019
Date: October 18, 2018
Topic: Motion in Two Dimensions, Vectors, Forces
Type of document: Class Agenda and Problem Set
Author / Instructor: Not specified
Target audience: High school or introductory college physics students
Homework: Chapter 6 Cornell Notes, Chapter 6 Vocabulary, Motion in Two Dimensions exercises
Test date: October 25, 2018
Assignments: 11 enrichment problems involving forces and acceleration calculations
Supplement 2: Chemistry 6854 Physical Chemistry Alfred State CollegeThe 2-D particle in-a-box applied to a real molecule
Note: Year
Institution: Alfred State College
Contextual Description: A scientific analysis of a 2D particle-in-a-box model applied to a porphyrin molecule, detailing the calculation of allowed energy levels and absorption energy for conjugated electron systems.
Fall 2025 Physics 1135 Test 2
Year: 2025
Region / City: Not specified
Topic: Physics
Document Type: Exam
Institution: Not specified
Author: Not specified
Target Audience: Students
Period of validity: Fall 2025
Approval Date: Not specified
Date of modifications: Not specified
Physics 1135 Version A Spring 2025 Answer Sheet
Year: 2025
Course: Physics 1135
Term: Spring
Document Type: Answer Sheet
Version: A
Exam Type: EM Mini-Test & Final Exam
Target Audience: Undergraduate students
Scoring: Final Exam = 220, EM Mini-Test = 70
Instructions: No calculators or notes allowed, answers must be written clearly on this sheet
Content Focus: Mechanics, Waves, Thermodynamics
Physics 1135 Version B Spring 2025 Answer Sheet
Year: 2025
Course: Physics 1135
Term: Spring
Type: Exam Answer Sheet
Version: B
Components: EM Mini-Test, Final Exam
Scoring: Mini-Test 70 points, Final Exam 220 points
Instructions: No calculators or notes allowed, answers must be written on answer sheet
Target Audience: Undergraduate physics students
Language: English
Physics 1135 Homework #4: 2-D Kinematics with Constant Acceleration
Course: Physics 1135
Type: Homework Assignment
Topic: Two-dimensional kinematics with constant acceleration
Level: Undergraduate
Institution: University (unspecified)
Author: Instructor (unspecified)
Year: 2026
Target Audience: Undergraduate physics students
Problems Included: Projectile motion, electron motion between plates, dart and target scenario, package drop from airplane
Engineering Physics 1 (Physics 1135) Syllabus and Schedule Spring 2026
Year: 2026
Term: Spring 2026
Course Code: Physics 1135
Course Type: Undergraduate Course
Department: Physics
Instructor: Dr. Agnes Vojta
Lab Instructor: Mr. Peacher
Required Materials: University Physics (Young & Freedman), Laboratory Manual, Computer with Internet, Scanner
Platform: Canvas
Prerequisite: Calculus 1 (Math 1214 or 1211)
Lecture Schedule: Tuesday & Thursday
Recitation Schedule: Wednesday & Friday
Laboratory Schedule: Every other week
Office Hours: Physics Learning Center, Monday through Thursday
Grading Components: Exams 60%, End-Material Test 5%, Recitation 15%, Homework 5%, Laboratory 15%
Grade Scale: A ≥89.50%, B ≥79.50%, C ≥69.50%, D ≥59.50%, F <59.50%
Makeup Policy: Permitted only for illness or university-sponsored events
Submission Format: Homework and Lab Reports via Canvas as PDF
Topics: Recitation 2-D 1135