Rutgers catalogResearched guideSIRS history80 section records

01:160:171

Introduction To Experimentation

CHEMISTRY

School 01 — New Brunswick School of Arts and Sciences
credits
1
Core
None listed
Typical seasons
Fall, Spring, Summer, Winter
Fall 2026 sections
56
Open snapshot
2 open in snapshot

Course guide

AI-generated overview

Course fingerprint 10 AI-generated signals

Difficulty

2/5
Why

Student discussion usually describes 171 as manageable when you arrive prepared, though procedural mistakes can still make it frustrating.

Workload

3/5
Why

Rutgers requires prelab work and hazard forms before each experiment, so the workload is modest but continuous rather than negligible.

Pacing

3/5
Why

The lab moves through many short experiments across one term, and students say sessions go smoothly only when prep is done ahead of time.

Projects

4/5
Why

Success depends heavily on lab execution, writeups, and procedural organization rather than on a few isolated exams.

Exams

1/5
Why

The official workflow is centered on experiments and prelab requirements, with no strong evidence that large common exams drive the class.

Math

2/5
Why

Density, empirical-formula, titration, and gas-volume calculations matter, but the quantitative work stays at a basic general-chemistry-lab level.

Memorization

2/5
Why

The course rewards following procedures and interpreting data more than memorizing large amounts of standalone content.

Abstraction

1/5
Why

Most of 171 is concrete bench work and direct interpretation of visible measurements rather than highly theoretical chemistry.

Prerequisites

2/5
Why

It helps to bring general chemistry basics, but the course is designed to teach introductory lab habits rather than assume advanced prior lab mastery.

Reading

2/5
Why

Students do need to read the manual and prelab material, but the evidence does not suggest a heavy text-based reading burden.

What students tend to say

Public Rutgers discussion usually treats 171 as a relatively manageable chemistry lab when students prepare before showing up, but the same threads also warn that mistakes in procedure or unclear grading expectations can make an otherwise short lab feel frustrating.

Preparation changes the feel of the class

Multiple Rutgers Reddit comments recommend doing post-lab or worksheet-style preparation ahead of time so the in-person portion moves faster and feels more mechanical than stressful.

Most sessions are described as short when things go smoothly

Students commonly describe many labs as taking roughly an hour to an hour and a half, with the caveat that procedural mistakes can keep people there much longer.

Workflow and logistics matter more than big conceptual leaps

Student posts focus heavily on the manual, safety quiz, goggles/lab coat logistics, and finishing forms efficiently, which suggests that organization is a large part of success.

Older grading complaints exist, but they look offering-specific

One older thread describes arbitrary curve-based grading, while another commenter familiar with the course said the grading approach had changed. It is safest to treat grading stories as section- and era-specific rather than universal.

Topic breakdown

A practical chapter-by-chapter view from foundations to applications.

5 modules

Module 1

Measurement, precision, and basic physical properties

The opening labs establish how the course wants you to work: careful measurement, correct significant figures, and turning raw observations into a physical property such as density. This is less about abstract chemistry theory than about learning the habits that make later quantitative experiments trustworthy.

significant figuresdensityprecisionmeasurement uncertaintylab safety

Basic concept overview

Technique is part of the chemistry

In 171, a correct idea can still produce bad results if glassware is read poorly, masses are recorded sloppily, or the written procedure is ignored.

Evidence links the visible lab to invisible particles

Density, hydration, ionic reactions, and titration all ask students to connect what they can measure directly to something molecular they cannot see.

Stoichiometry becomes practical here

Rather than staying inside homework problems, mole ratios and formulas show up as tools for explaining actual experimental outcomes.

Report writing is really structured interpretation

The important move is not just filling blanks, but showing how measurements, calculations, and observed changes support the conclusion you write down.

Things to watch for

Treating the manual like something to skim in the room

Read the experiment before lab, especially the safety rules, data tables, and calculation setup, so the bench work does not become guesswork.

Losing points through small measurement habits

Slow down on balances, meniscus readings, sig figs, and unit tracking because these routine details often determine whether the final answer looks chemically reasonable.

Doing calculations after the fact without understanding the experiment

Know what quantity each step is trying to determine while you are collecting data, not only when you start writing the report.

Assuming an easy-looking lab needs no troubleshooting

If a value seems off or a step behaves unexpectedly, ask the TA immediately; small procedural errors can ripple through the whole write-up.

Fall 2026 sections

2 open · Livingston

SectionStatusInstructorMeetingCampus
0110954ClosedVitarelliMonday 10:20 AM-1:20 PM at BE 050BE 050Livingston
0210955ClosedVitarelliMonday 10:20 AM-1:20 PM at BE 051BE 051Livingston
0310956ClosedVitarelliMonday 10:20 AM-1:20 PM at BE 052BE 052Livingston
0410957ClosedVitarelliMonday 10:20 AM-1:20 PM at BE 053BE 053Livingston
0510958ClosedVitarelliMonday 10:20 AM-1:20 PM at BE 152BE 152Livingston
0629789ClosedVitarelliMonday 10:20 AM-1:20 PM at BE 153BE 153Livingston
0710959ClosedVitarelliMonday 2:00 PM-5:00 PM at BE 050BE 050Livingston
0810960ClosedVitarelliMonday 2:00 PM-5:00 PM at BE 051BE 051Livingston
0910961ClosedVitarelliMonday 2:00 PM-5:00 PM at BE 052BE 052Livingston
1010962ClosedVitarelliMonday 2:00 PM-5:00 PM at BE 053BE 053Livingston
1110963ClosedVitarelliMonday 2:00 PM-5:00 PM at BE 152BE 152Livingston
1229787ClosedVitarelliMonday 2:00 PM-5:00 PM at BE 153BE 153Livingston
1310964ClosedVitarelliTuesday 10:20 AM-1:20 PM at BE 050BE 050Livingston
1410965ClosedVitarelliTuesday 10:20 AM-1:20 PM at BE 051BE 051Livingston
1510966ClosedVitarelliTuesday 10:20 AM-1:20 PM at BE 052BE 052Livingston
1610967ClosedVitarelliTuesday 10:20 AM-1:20 PM at BE 053BE 053Livingston
cachedSource: Checked-in Rutgers Schedule of Classes snapshotsUpdated when term datasets are refreshedMay be stale

SIRS teaching signals

Historical student surveys

Teaching

4.24

Course quality

4.12

Response rate

42.5%

Coverage

820 offerings · 2014–2025

InstructorOfferingsTeachingQuality
Vitarelli4734.154.13
Slomko, Danielle384.184.11
Bean, Brynn304.704.33
Williams284.053.91
Urakath, Rijo274.584.27
Chen, Tracy264.344.03

Course stats

Catalog and planning context

Credits

1

Current campuses

Livingston

Current availability

2 open of 56

Catalog terms

Fall, Spring, Summer, Winter

Core codes

None listed

Loaded terms

3

Prerequisites

(01:160:159)<em> OR </em>(01:160:161)<em> OR </em>(01:160:163)<em> OR </em>(01:160:165)<em> OR </em>(21:160:115)<em> OR </em>(50:160:115)

Degree requirement lists

No direct degree-list membership appears in the checked-in requirement index.

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