98 b. 2 c. -21 d. -89 23. Evaluate: -c ÷ d, when c = -32 and d = -8. a. 4 b. ¼ c. 4.4 d. -4 24.
3. Final Exam (30%): There will be a 2-hour comprehensive final exam scheduled for 8/8. COURSE CONTENT: We will concentrate on the first five chapters of the book - omitting several sections but supplementing with topics from Calculus III, Linear Algebra, and Complex Numbers. Sections covered will be: Chapter 1: 1.1, 1.3-1.6, 1.8 Chapter 2: 2.1-2.3, 2.6-2.10, 2.13-2.15 Chapter 3: 3.0-3.2 Chapter 4: 4.1 & 4.2 Chapter 5: 5.1-5.7 Appendix: A3.2 (between 1.4 and 1.5) Chapter 6: 6.1, 6.2 (between 3.0 and 3.1) & 6.6 (between 2.10 and 2.13) Chapter 7: 7.1 (after 6.2) Chapter 12: 12.1 & 12.2 (between 2.2 and
Online Chemistry Laboratory 2 Techniques and Measurements Introduction: This is the first lab in the lab manual, pages 14-48. Read through the introduction in the lab manual up to page 28. You may skip the section “Amount of Substance and Concentration” that starts at the bottom of page 28 (we do not discuss concentration until Chapter 9). Procedure: Complete exercises 1 and 2, pages 31-36. Use the report pages below to record your data.
|Content coverage |Learning outcomes Students will be assessed on their ability to: |Exemplar resources | |Section 1: Forces and motion |1.1 use the following units: kilogram (kg), metre (m), metre/second (m/s), |Edexcel International GCSE Physics Student Book Pages 1–3, 10 and 57 | |a) Units |metre/second2 (m/s2), newton (N), second (s), newton per kilogram (N/kg), kilogram metre/second (kg |Distance–time graphs: ActiveBook Page 3, animation | |b) Movement and position |m/s).
Syllabus HECA 511 – Section 1900 Managing Health Care Organizations Term: Spring 2012 Prerequisite: HECA 500 Administrative Information: |Class Duration: |April 5, 2012 - June 27, 2012 | |Day/Time: |Online -- Each week | | |starts on Thursday at 12:01 a.m. | | |ends on the following Wednesday at 11:59 p.m. | |Location: |Online at Moodle course shell
Take the quiz following each learning module 4. Take the 4 online exams. 5. Submit all written assignments Learning Modules: The learning modules are the basis of each week’s work. Each learning module is related to a text chapter and contains notes from me, discussion questions for your response, and quizzes to help you check your mastery of the material.
K12_1821161 $100 Answer from 3 Jan 9, 2014 1:03:23 PM Page 26. Blackboard Collaborate ?? K12_1821161 $200 Question from 3 Jan 9, 2014 1:03:23 PM Page 27. Blackboard Collaborate ?? K12_1821161 $200 Answer from 3 Jan 9, 2014 1:03:23 PM Page 28.
Cover Page Student Number: Section B01AM Rotation 1 Room 230 Locker 530 Experiment number 2 Determination of the Identity of an Unknown Liquid Experiment Performed on Tuesday Jan 27 at 2:30 pm Experimental Report submitted on Sunday Feb 1 Purpose The following experiment was conducted to determine the identity of the unknown liquid by measuring its density and its boiling point and comparing these value with those of known substances. Results 1. Density of unknown liquid determined using a graduated cylinder Calculation of the density from trial 1: ρ1=m1v1=10.09g15.1ml=0.668g/ml Calculation of the density from trial 2: ρ2=m2v2=22.88g30.2ml=0.758g/ml Calculation of the density from trial 3: ρ3=m3v3=34.42g45.1ml=0.763g/ml Average of density: ρ=(ρ1+ρ2+ρ3)3=(0.668g/ml+0.758g/ml+0.763g/ml)3=0.730g/ml 2. Density of unknown liquid determined using a volumetric pipette Calculation of the density from trial 1: ρ1=m1v1=7.79g10.08ml=0.773g/ml Calculation of the density from trial 2: ρ2=m2v2=15.46g20.10ml=0.769g/ml Calculation of the density from trial 3: ρ3=m3v3=23.06g30.11ml=0.0766g/ml Average of density: ρ=(ρ1+ρ2+ρ3)3=(0.773g/ml+0.769g/ml+0.766g/ml)3=0.769g/ml 3. Density of unknown liquid determined using a burette Calculation of the density from trial 1: ρ1=m1v1=10.37g13.01ml=0.797g/ml Calculation of the density from trial 2: ρ2=m2v2=20.38g26.01ml=0.784g/ml Calculation of the density from trial 3: ρ3=m3v3=30.01g39.02ml=0.769g/ml Average of density: ρ=(ρ1+ρ2+ρ3)3=(0.797g/ml+0.784g/ml+0.769g/ml)3=0.783g/ml Overall average of density: ρ=(0.730g/ml+0.769g/ml+0.783g/ml)/3=0.762g/ml Boiling point determinations of the unknown liquid Pressure: 101.8 kPa Boiling point from trial 1: 69.0℃ Boiling point from trial 2: 68.0℃ Boiling point from trial 3: 71.1℃ Average of boiling point: (69.0℃+68.0℃+71.1℃)3=69.4℃ According to the table of possible identities of the unknown liquid in
BIOLOGY 106-5T Course Syllabus Spring 2013 Instructor: Leith Adams Office: 315 Gouaux Hall Office Phone: (985) 449-7116 E-mail: leith.adams@nicholls.edu Course Name, Number, & Title: Biology 106: Basic Biology II -- The Diversity of Life. 3-3-0. Class Meets: 5T Section: 1:30pm to 2:50pm in 101 Gouaux Hall Office Hours: Tuesday: 10:30am-1:30pm Wednesday: 9:30am-12:00pm Thursday: 10:30am-1:30pm Friday: 9:30am-12:00pm Catalog Description: Biology 106: Basic Biology II -- The Principles of Life. 3-3-0. A survey of the structure, function, origin, evolution and relationships of living things including viruses, bacteria, protists, fungi, plants and animals.
Assessed 16.7% of A2 level 1 ½ hour examination 23.3% of A2 level 2 ¼ hour examination 10% of A2 level Practical and investigative skills Unit 5: Control in Cells and Organisms Chemical and electrical co-ordination, muscles, homeostasis, negative feedback, gene mutations, expression and cloning. Unit 6: Investigative and Practical Skills in A2 Biology Investigations & assessment of practical skills. Further assessment: All students attend a compulsory residential field study week in the Lake District. Is a work experience placement required? No.