Introductory Chemistry
Fall
2009
(Official Syllabus is located on Instructor Homepage)
Instructor: M. Walker Waugh, SCI 269, (310) 434-3503, walker_muriel@smc.edu
Instructor’s Homepage: http://homepage.smc.edu/walker_muriel/
Office Hours: 9:30 am to 11:30 am on Tuesday
Prerequisites: Math 31, Transfer: UC, CSU • IGETC AREA 5A (Physical Sciences, + LAB)
Course Description: This course is a foundational experience in chemistry. Subject matter includes all relevant areas such as: chemical principles, atoms, molecules, ions, stoichiometry, chemical reaction types and reactivity, gases, atomic structure and periodicity as well as chemical kinetics, to name a few.
Course Objective and Student Takeaway: Students will be able to provide a solution to a complex word problem, which involves balancing single or double replacement reactions using inorganic and/or organic nomenclature. Students who successfully complete this course will be well prepared for Chemistry 11 or equivalent courses. (A list of all Student Takeaways – SLOs is located on the instructor’s homepage.)
Course Required Textbooks: Introductory Chemistry by Zumdahl & DeCoste (Custom for SMC) – can be obtained from the SMC Bookstore
Labs are located on-line on link in Instructor’s Homepage
Course Required Materials: Notebook, Locker Usage Card, Goggles, Scientific Calculator, Purchase your Web Assign Card $19.95 or free in packet
(Graphing and Programmable Calculators are NOT permitted in this course. The TI 30XA is preferred.)
Day and Time of Class/Class Locations:
Section |
Lecture |
Lab
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1335This section is part of the Black Collegians and Latino Center Adelante programs. |
Monday & Wednesday12:15 pm to 2:30 pmLocation: SCI 157 |
Tuesday12:30 pm to 2:45 pmLocation: SCI 332 |
1336 |
Monday & Wednesday12:15 pm to 2:30 pmLocation: SCI 157 |
Thursday12:30 pm to 2:45 pmLocation: SCI 332 |
INSTRUCTOR METHODS
Course Policies: LATE WORK WILL NOT BE ACCEPTED. Every student is accountable for all work missed. Instructors are under no obligation to make special arrangements for students who are absent. In addition, the majority of study should NOT be performed immediately before an exam. It is strongly recommended that students schedule a minimum of twenty (20) hours per week for study. Turn in assignments at assigned dates and times ONLY. Note: You are responsible for keeping track of your points along with your instructor. Therefore, it is essential that you retain all returned assignments and course information. The instructor will not make any grade changes at the request of the student, unless the instructor deems that she has made a grading error and a grade change is warranted.
HONOR CODE & CODE OF ACADEMIC CONDUCT located at http://www.smc.edu/apps/pub.asp?Q=1534
Honest and ethical students are protected in this class. The SMC Honor Code and Code of Academic Integrity, located at the above site, remind students of their responsibility to behave honestly and ethically. It is the responsibility of each student to familiarize himself/herself with these codes. Students will NOT engage in any behavior that could be construed as cheating. Students are encouraged to collaborate and work together both inside and outside of class. However, copying another student’s homework is not acceptable. If the instructor determines that students have “relied” to heavily on each other in preparing homework or any other project, the students will receive ZERO POINTS on that assignment. Further occurrences could result in academic disciplinary action. During an exam, taking to another student, looking at another student’s paper, using a graphing or programmable calculator, using cheat notes etc. are not permitted. Most importantly, ALL ANALYSIS QUESTIONS ON EACH LAB REPORT MUST BE IN YOUR OWN WORDS or you will receive ZERO POINTS on that LAB!! VERBATIM REPRODUCTION OF ANSWERS FOR ANY LAB ANALYSIS QUESTION WILL BE CONSIDERED AN ACT OF PLAGIARISM!
I have read the following:
In the pursuit of the high ideals and rigorous standards of academic life, I commit myself to respect and uphold the Santa Monica College Honor Code, Code of Academic Conduct, and Student Conduct Code. I will conduct myself honorably as a responsible member of the SMC community in all endeavors I pursue.
I WILL ABIDE BY THE ABOVE HONOR CODE PLEDGE. ________________________________ _________________________________
Print Name Signature
EXAM POLICY
Make up examinations will NOT be administered. Students must arrive on time for all exams. Students may take the exam if they arrive late, however additional time for completion will not be permitted. Once a test or exam has begun, students may not leave until the exam is completed and turned in. Students will not be allowed to take an exam if other students have completed the exam and left the classroom before she/he arrives. Talking is NOT permitted after the exam has been distributed to the first student. Most importantly, make up examinations will NOT be administered. Thus, the lowest quiz, test, and lab will be dropped to assist with student scheduling conflicts. Students are advised to use all assignment and exam drops sparingly, since this is a point course. Early exams will be permitted upon scheduling with instructor. No more than one early exam per student will be permitted per semester.
Course Expectations and Decorum: The instructor will work to ensure that the learning environment is one which is comfortable and safe. Furthermore, the instructor pledges to be honest, approachable and enthusiastic. Student expectations are as follows:
· Students are expected to come to be prepared to each lecture and lab. This means that students should have read and understood the lecture and lab material prior to entering class.
· Students are expected to attend all lab sessions or they may be dropped from this course.
· Students are expected to enter class in an orderly fashion and on time at the beginning of class as well as after breaks.
· Students are expected to bring this document with them to each class session.
· Students are expected to perform independent and directed collaborative instructions. Thus, quick and respective responses to instructor directions are expected.
· Students are expected to keep all foods and drinks out of the class room and lab or they will be dismissed.
· Students are expected to turn in blue lab locker card to instructor by beginning of Week #2 or they may be dropped.
· Students are expected to dress appropriately as dictated in safety rules or points will be deducted and/or students will be dismissed.
· Students are expected to know lab locker number or points will be deducted from lab assignment.
· Students are expected to know lab locker combination or points will be deducted from lab assignment.
· STUDENTS WILL TURN OFF CELLULAR PHONES, TEXT MESSENGERS, ETC. UPON ENTERING CLASS.
ATTENDENCE
As noted in the Faculty Handbook, “Title 5 regulations specify that students will attend class regularly, and that instructors will have a method of monitoring attendance on a regular basis to determine whether a student is still actively pursuing the completing of the course.” Students will be added or dropped through the lab only. The instructor will call roll during lab. During lecture a sign-in sheet or collaborative roster paper will be required from students. The instructor reserves the right to request student ID verification at any time during this course. Excessively tardy or absent students may be dropped from the class.
WITHDRAWAL POLICY
To avoid a W on the transcript, students may withdraw from the class via web or phone by Sunday, September 13, 2009, 10 p.m.. Please refer to the Dates and Deadlines Link located at http://www.smc.edu/schedules/2009/fall/default.htm for further information.
STUDENTS WITH DISABILITIES
The instructor will accommodate the needs of students who have “self identified” themselves as a student with disability related needs via the guidelines of the Center for Students with Disabilities. Documentation from the Center for Students with Disabilities must be presented by the student to the instructor for exam time extensions. Verbal verification will not be accepted. The Center for Students with Disabilities is located in Room 101 of the Admissions/Student Services Complex, located on the north side of the Main Campus, next to Admissions. For more information, call (310) 434-4265 or (310) 434-4273 (TDD).
STUDENTS WITH MEDICAL PROBLEMS
If students encounter medical problems that may interfere with the course, it is the responsibility of the student to notify the instructor of any such concerns. If the problem can potentially occur during class, the name and telephone number of their physician and/or names and numbers of people who can be called to take them to a designated place for care must be on file with the instructor.
New Grade Distribution Policy Guidelines: To ensure efficacy of grading, the following Grade Distribution Policy Guidelines have been adopted.
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Chemistry 10 Approved Grade Distributions A & B ~ 55% C ~ 30% D ~ 10% F ~ 5%
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Minimum Standardized Exam Scores to Justify Grades A = 80% B = 72% C = 60% D = 52% |
Grading System:
FINAL: This examination is cumulative and worth 220 points.
TESTS: A total of four (4) tests will be given during the semester. Each test will be worth 100 points. The lowest score will be dropped.
QUIZZES: A total of four (4) quizzes will be administered. Each quiz will be worth 20 points. The lowest score will be dropped.
HOMEWORK: These assignments are downloaded and submitted on-line at web-assign. Assignments must be completed and entered into the web by the due date for credit. Successful completion of all homework is worth 170 points. Students will log in at: http://www.webassign.net/student.html. Self enroll using the following Class Key: smc 5686 0974
LABS: Lab Reports - Each lab will require a copy of the new Chemistry 10 lab reports obtainable from the link on the Instructor’s Homepage. All final lab reports will be due during the following lab session. Perfect completion of all labs will be worth 75 points. The two lowest labs will be dropped. If scheduling problems arise, contact your instructor immediately so that arrangements can be made to complete the missed lab with another instructor, if possible.
Lab Homework – PreLab homework must be submitted on-line through Webassign Link by the date as noted by your instructor. This will serve as the student’s admission ticket into the lab. Successful completion of all lab homework is worth 75 points. STUDENTS WILL NOT BE ADMITTED INTO LAB WITHOUT COMPLETING THE PRELAB WEB-ASSIGNMENT PRIOR TO LAB.
Lab Final – At the end of this course, a lab final will be administered. The lab final will be worth 100 points. Inorganic nomenclature will be a major portion of this exam.
Tentative Schedule: It may be necessary for the class schedule to be altered. Students are advised to check the Instructor’s Homepage for the most accurate schedule. Copies of the Instructors previous Final Exams and Quizzes can also be found on the Instructor Homepage.
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Week |
Dates/Holiday |
Lab |
Lecture Chapter |
Test/Quizzes |
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1 |
August 31 – September 4 |
Safety & Check-In |
Chapter 1: Chemistry An Introduction Chapter 2: Measurement & Calculations |
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2 |
September 7 – September 11 (Labor Day – September 7) |
Measurements |
Chapter 2: Measurement & Calculations Chapter 3: Matter |
Quiz 1 |
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3 |
September 14 – September 18 |
Density |
Chapter 4: Chemical Foundations: Elements, Atoms, and Ions |
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4 |
September 21 – September 25
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Nomenclature |
Chapter 5: Nomenclature |
Test 1 |
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5 |
September 28 – October 2
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Properties of O2 |
Chapter 6: Chemical Reactions Chapter 7: Reactions in Aqueous Solutions |
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6 |
October 5 – October 9
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Reactions Lab |
Chapter 8: Chemical Composition |
Quiz 2 |
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7 |
October 12 – October 16 |
% Composition
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Chapter 9: Chemical Quantities |
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8 |
October 19 – October 23 |
Reaction Stoichiometry
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Chapter 10: Energy Chapter 11: Modern Atomic Theory |
Test 2 |
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9 |
October 26 – October 30
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Flame Test
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Chapter 12: Chemical Bonding
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10 |
November 2 – November 6 |
Molecular Models |
Chapter 13: Gases
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Quiz 3 |
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11 |
November 9 – November 13 (Veteran’s Day – November 13) |
NO LAB Come to Lab: Lecture will be HELD IN LAB!!!
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Chapter 14: Liquids & Solids |
Test 3 |
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12 |
November 16 – November 20
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Gases |
Chapter 15: Solutions Chapter 16: Acids and Bases |
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13 |
November 23 – November 27 (Thanksgiving – Nov 26 & Nov 27) |
NO LAB |
Chapter 17: Equilibrium |
Quiz 4 |
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14 |
November 30 – December 4
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Solutions Stoichiometry |
Chapter 18: Oxidation-Reduction Reactions
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Test 4
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15 |
December 7 – December 11
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Equilibrium & Lab Check Out |
Chapter 20: Organic Chemistry |
Lab Final December 9, 2009 |
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16 |
Last day of Class – December 14 |
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The final examination time is a required class meeting, and all full semester classes must meet at the time specified on the final examination schedule. Any exceptions, changes, or conflict resolutions must be approved by the Department Chairs. |
Lecture Exam 12:00 pm to 3:00 pm December 16, 2009 |
Note: You are responsible for keeping track of your points along with your instructor. Therefore, it is essential that you retain all returned assignments and course information. FURTHERMORE, THE ACADEMIC HONESTY POLICY OF SANTA MONICA COLLEGE WILL BE STRICTLY ENFORCED.
Summary of Grading System
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SUMMARY OF GRADING
Final 220 points Tests 300 points Quizzes 60 points Homework 170 points Lab Reports 75 points Lab Homework 75 points Lab Final 100 points Total Points = 1000 |
GRADE ASSIGNMENT
90 - 100% = A 80 - 89% = B 65 - 79% = C 50 - 64% = D Less than 50% = F |
This syllabus belongs to: ____________________________________.
My lab locker number is: ____________________________________.
My lab locker combination is: __________________________________.
My lab partner is: ___________________________________________.
My lab partner’s phone number is: ________________________________.
My lab partner’s e-mail is: ______________________________________.
COPY A PRINTABLE VERSION OF THE LABORATORY EQUIPMENT AND BEGIN MEMORIZING THEM IMMEDIATELY. It can be obtained at http://www.smc.edu/physicalsciences/Chemistry/lab/Equipment.pdf.
Note: You are individually responsible for your lab data and reports
Know the Following for this Class:
SI Prefixes
You must know the following SI Prefixes, symbols and scientific notations by September 2, 2009. You can memorize this information in a table or number line format. A mini-quiz may be given on this information during that week.
Table Format:
Base Units: g = gram, m = meter, L = liter
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Prefixes greater than the Base Unit |
Symbol |
Scientific Notation |
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tera |
T |
1012 |
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giga |
G |
109 |
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mega |
M |
106 |
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kilo |
k |
103 |
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hecto |
h |
102 |
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deka |
da |
101 |
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Prefixes less than the Base Unit |
Symbol |
Scientific Notation |
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deci |
d |
10-1 |
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centi |
c |
10-2 |
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milli |
m |
10-3 |
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micro |
µ |
10-6 |
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nano |
n |
10-9 |
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pico |
p |
10-12 |
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femto |
f |
10-15 |
Elements
You must know the symbols and names of the following by September 9, 2009. It is highly recommended that students make flash cards using this information and begin studying IMMEDIATELY after the first day of class. The SI Prefix and Elements will be required for Quiz 1.
Group 1A: H, Li, Na, K, Rb, Cs, Fr
Group 2A: Be, Mg, Ca, Sr, Ba, Ra
Group 3A: B, Al, Ga
Group 4A: C, Si, Ge, Sn, Pb
Group 5A: N, P, As, Sb
Group 6A: O, S, Se, Te
Group 7A: F, Cl, Br, I
Group 8A: He, Ne, Ar, Kr, Xe, Rn
Group 3B: Sc
Group 4B: Ti
Group 5B: V
Group 6B: Cr
Group 7B: Mn
Group 8B: Fe, Co, Ni
Group 1B: Cu, Ag, Au
Group 2B: Zn, Cd, Hg
Ions
Know all ions (monatomic and polyatomic ions) as noted on the following page by September 14, 2009. Again it is suggested that flash cards be developed for this purpose. Nomenclature is extremely important and you will fail this course if you do not know chemical ions.
In addition please memorize the following common cation names:
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Cuprous= Cu+ |
Stannous = Sn2+ |
Plumbous= Pb2+ |
Ferrous=Fe2+ |
Cobaltous=Co2+ |
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Cupric = Cu2+ |
Stannic= Sn4+ |
Plumbic=Pb4+ |
Ferric=Fe3+ |
Cobaltic=Co3+ |
Monatomic Ions
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1A |
2A |
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3A |
4A |
5A |
6A |
7A |
8A |
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H-1
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B |
C-4 |
N-3 |
O-2 |
F-1
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Si |
P-3 |
S-2 |
Cl-1
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As |
Se-2 |
Br-1
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Te |
I-1
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At
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Metal Cations
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1A |
2A |
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3A |
4A |
5A |
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H+1 (acids) |
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Li+1 |
Be+2 |
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Na+1 |
Mg+2 |
Transition Metals (B) |
Al+3 |
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K+1 |
Ca+2 |
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Ti+2 Ti+4 |
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Cr+2 Cr+3 Cr+6 |
Mn+2 Mn+3 Mn+4 |
Fe+2 Fe+3 |
Co+2 Co+3 |
Ni+2 Ni+3 |
Cu+1 Cu+2 |
Zn+2 |
Ga+3 |
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Rb+1 |
Sr+2 |
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Ag+1 |
Cd+2 |
In+1 In+3 |
Sn+2 Sn+4 |
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Cs+1 |
Ba+2 |
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Au+1 Au+3 |
Hg+2 |
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Pb+2 Pb+4 |
Bi+3 Bi+5 |
Polyatomic Ions
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OH-1 |
Hydroxide |
O2-2 |
Peroxide |
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CN-1 |
Cyanide |
CO3-2 |
Carbonate |
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SCN-1 |
Thiocyanate |
SO3-2 |
Sulfite |
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HCO3-1 |
Hydrogen Carbonate (Bicarbonate) |
SO4-2 |
Sulfate |
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HSO3-1 |
Hydrogen Sulfite (Bisulfite) |
S2O3-2 |
Thiosulfate |
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HSO4-1 |
Hydrogen Sulfate (Bisulfate) |
C2O4-2 |
Oxalate |
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C2H3O2-1 |
Acetate |
CrO4-2 |
Chromate |
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NO2-1 |
Nitrite |
Cr2O7-2 |
Dichromate |
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NO3-1 |
Nitrate |
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MnO4-1 |
Permanganate |
PO3-3 |
Phosphite |
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ClO-1 |
Hypochlorite |
PO4-3 |
Phosphate |
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ClO2-1 |
Chlorite |
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ClO3-1 |
Chlorate |
NH4+1 |
Ammonium |
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ClO4-1 |
Perchlorate |
Hg2+2 |
Mercury (I) |