Basic Function Tables

4+ results

TED Talk: The Most Dangerous Elements on the Periodic Table- Shannon Odell

Created by

From forensic poisonings to radioactive decay, this TED-Ed companion resource uncovers the periodic table’s deadliest secrets. Students will explore how toxic, reactive, and radioactive elements like thallium, mercury, lead, and polonium impact human health and society. This high-interest chemistry and public health lesson includes 20 deep discussion questions, a writing prompt that connects chemistry to ethics and policy, and a debate topic exploring whether dangerous elements should be strictl

9th - 12th, Adult Education, Higher Education

Chemistry, Forensics, Health

Autopsy Case Files for Anatomy (5 Reports) Pathology, Organ Weights, HS-LS1-2

Created by

Allison Smith

Bring real-world medicine into your Anatomy & Physiology class— without crime, gore, or messy labs. This Anatomy Autopsy Reports pack includes 5 fictional “official autopsy reports” written in authentic medical examiner format (external exam, organ weights, gross findings, microscopic findings, cause-of-death certification). Students read like pathologists, interpret physiologically accurate organ weights, trace structure → function → failure, and write a polished Student Pathologist Report

10th - 12th

Anatomy, Forensics

NGSS

HS-LS1-2

Mystery Powder Lab Activity | Physical & Chemical Properties Investigation

Created by

SavingScience

Turn your students into forensic scientists with this engaging Mystery Powder Lab Investigation! Students will use scientific observations and hands-on experiments to identify unknown white powders through a series of physical and chemical property tests. This highly interactive STEM lab encourages critical thinking, evidence-based reasoning, and scientific investigation skills. Students will complete: ✔ Initial Observation Tests ✔ Water Solubility Tests ✔ Vinegar Chemical Reaction Tests ✔

5th - 8th

Forensics, General Science, Physical Science

Newton's Laws Crime Scene Investigation | Force & Motion Mystery Activity |AP

Created by

SavingScience

Transform your classroom into a forensic investigation unit with this engaging Newton's Laws Crime Scene Investigation! Students become members of the Major Science Case Squad and use evidence, calculations, observations, and Newton's Second Law of Motion to solve the mysterious smashing of Sir Isaac Pumpkin.Students analyze forensic reports, calculate acceleration using force and mass data, eliminate suspects, evaluate witness statements, and construct an evidence-based explanation identifying

6th - 9th

Basic Operations, Forensics, General Science