Percent Increase and Decrease Quiz
9+ results
Filters
Grade
Subject
Resource type
Standard
Audience
Programs & methods
APES Unit 6 Lab – Global Energy Transitions & Electricity Generation, Graphing
🧰 Countries do not move away from coal at the same pace or for the same reasons. In this data-driven AP Environmental Science Unit 6 lab, students analyze modeled, real-world electricity generation data to examine how national energy systems change over time as countries transition toward lower-carbon electricity sources. This no-prep investigation builds graphing, quantitative reasoning, and CER skills as students compare energy transition pathways across multiple countries and explain why
9th - 12th, Higher Education
Environment
NGSS
HS-ESS3-1
, HS-ESS3-4
Population Evolution Lab Stations - Hardy Weinberg Exceptions
Population Evolution Lab Stations - Hardy Weinberg Exceptions: This set of laboratory experiments models the exceptions to the Hardy Weinburg Equilibrium: Natural Selection, Bottleneck Effect, Founder Effect, Non-Random Mating (Mate Selection), and Gene Flow. The file will later be updated to include Mutation, Genetic Drift, and Meiotic Drive. Anyone who purchases the file now will gain free access to these updates later; the price will increase as more labs are added! Please follow my sto
6th - 12th
Biology, Environment, Science
Biomagnification Calculations Lab (APES Unit 8) DDT/Mercury + FRQ + Key
Biomagnification shows up on the APES exam almost every year—and students often miss the math and the “why.” This AP Environmental Science activity fixes both. Students complete progressively rigorous toxin calculations through real food chains (DDT + mercury), calculate bioaccumulation factors (BAF), analyze a graph showing exponential increase, and finish with AP-style FRQ practice plus real-world policy evaluation (DDT ban, Minamata disease, mercury advisories, PCB cleanup). ✅ Mirrors t
9th - 12th
Environment
Also included in: APES Math & Data Analysis Bundle (5 Labs) FRQ Practice + Answer Keys
AP Environmental Science | LD₅₀ Dice Lab: Modeling Lethal Dose and Toxicity
🎲 LD₅₀ Dice Lab: Modeling Lethal Dose and Toxicity Bring data analysis and toxicology to life with this engaging LD₅₀ Dice Lab! In this hands-on simulation, students model how scientists determine the lethal dose (LD₅₀) of a substance, the dose that kills 50% of a test population. Using dice to represent random variation in organism sensitivity, students explore how chance and biological diversity affect the outcomes of toxicity studies. 🧪 OverviewWhen scientists study toxins, they expose
9th - 12th
Biology, Earth Sciences, Environment
El Niño Mini Lab | Analyzing Sea Surface Temperatures | Print & Go | No Prep
Mini-Lab: El Niño & Sea Surface Temperature (SST) AnomaliesEngage your students in real-world climate science with this data-driven, print-and-go mini-lab focused on understanding El Niño through the analysis of sea surface temperature (SST) anomalies! In this AP-level activity, students explore authentic SST anomaly data from three regions of the Pacific Ocean over a five-year period. Through guided analysis, they identify patterns associated with El Niño events and uncover how ocean temperatur
8th - 12th
Earth Sciences, Environment
Good Buddies Symbiosis Lab and Card Game
In this lab activity, students will work in pairs and groups to Define symbiosis, commensalism, mutualism, and parasitismIdentify organisms that live in each type of symbiotic relationshipDescribe how symbiotic interactions can be cooperative or competitiveStudents conduct research to determine the type of symbiotic relationship their chosen organism pairing has and complete a data table as a class using google docs. Then they play a card game that allows them to practice matching their known sy
6th - 12th
Biology, Environment
APES Unit 6 Lab – Electricity Energy Mix Trade-Offs, Data Analysis, CER + KEY
🧰 Every electricity choice comes with trade-offs. No single energy source is clean, reliable, and sustainable on its own. In this data-driven AP Environmental Science Unit 6 lab, students compare major electricity generation methods to evaluate trade-offs among energy yield, emissions, land use, and reliability, then use evidence to design a balanced energy mix. This no-prep investigation emphasizes decision-making and systems thinking, building Claim–Evidence–Reasoning (CER) skills as stu
9th - 12th, Higher Education
Environment
NGSS
HS-ETS1-3
, HS-ESS3-3
, HS-ESS3-4
Pollution Project |Design a Water Filtration System | Water conservation Project
Give students real ownership of the scientific process with this Inquiry Learning Experiment Design Project Prompt. Instead of following a step-by-step lab, students design their own experiment using classroom materials you already have. With structured thinking prompts (but plenty of creative freedom), students plan an investigation that demonstrates the skills they’ve been learning, then write and reflect on what happened, even if their results are messy or their experiment “fails.” This re
6th - 8th
Earth Sciences, Engineering, Environment
NGSS
MS-ESS3-2
, MS-ESS3-1
, HS-ESS3-3
+8
Also included in: BUNDLE: Environmental Engineering Projects | Inquiry Learning | PBL
Gardening Project Middle school | Water Conservation Project
Give students real ownership of the scientific process with this Inquiry Learning Experiment Design Project Prompt. Instead of following a step-by-step lab, students design their own experiment using classroom materials you already have. With structured thinking prompts (but plenty of creative freedom), students plan an investigation that demonstrates the skills they’ve been learning, then write and reflect on what happened, even if their results are messy or their experiment “fails.” This re
6th - 9th
Earth Sciences, Engineering, Environment
NGSS
MS-ESS3-2
, MS-ESS3-1
, HS-ESS3-3
+8
Also included in: BUNDLE: Environmental Engineering Projects | Inquiry Learning | PBL
Showing 1-9 of 9+ results
TPT is the largest marketplace for PreK-12 resources, powered by a community of educators.
IXL family of brands