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Preview of Forensic Science Blood Spatter Lab | Origins, Angle & Math Standards | 9–12

Forensic Science Blood Spatter Lab | Origins, Angle & Math Standards | 9–12

Engage students in authentic forensic science with this comprehensive blood spatter lab that uses trigonometry to determine the point of origin for blood droplets. This detailed activity walks students through bloodstain pattern analysis (BPA) using three different estimation methods: graphing, tangent function calculations, and string triangulation. Perfect for cross-curricular learning, this lab connects math and science standards while building critical thinking and problem-solvin
Preview of CX Basics of Me

CX Basics of Me

Created by
Victoria Graves
Using the stock issues from Cross Examination Debate, students will create a plan and move through the academic vocabulary to build schema using their own goals as a jumping off point.
Preview of Serial Dilution Fall Worksheet

Serial Dilution Fall Worksheet

This printable worksheet is perfect for fall or Halloween science lessons, featuring fun serial dilution practice problems with festive themes like witch potions, pumpkin brews, and ghostly solutions. Students work through dilution tables, word problems, and potion illustrations, making core chemistry concepts engaging and seasonal for middle and high school classrooms.
Preview of Build-A-DNA Project: 3D Model, Protein Research & Forensic Science Application

Build-A-DNA Project: 3D Model, Protein Research & Forensic Science Application

This 3D DNA Model Project with Guided Notes & Forensic Science Connections is a classroom-tested, highly engaging resource designed to help students visualize DNA structure while connecting genetics to real-world forensic science applications. Students construct a hands-on 3D DNA model representing a protein sequence, research its biological function, and explain why DNA, not RNA, is the preferred genetic material in forensic investigations. 3D DNA Project with Notes This project includes inst
Preview of Identifying Body Parts | 3 Day Activity

Identifying Body Parts | 3 Day Activity

Over a few days, this activity guides students through exploring human identity at the biological level by examining tissues, organs, and body systems. Activities include defining identity, comparing shared and unique human features, summarizing the four main tissue categories, analyzing microscope images, and labeling skull bones and facial muscles. Students also connect anatomical structures to their functions and practice building a manikin model to reinforce learning.
Preview of Forensic Science Blood Spatter Lab | Angle of Impact | NGSS TEKS VOL CCSS

Forensic Science Blood Spatter Lab | Angle of Impact | NGSS TEKS VOL CCSS

Master blood spatter analysis with this engaging, standards-aligned lab that explores how angle of impact affects bloodstain patterns. Students analyze simulated blood droplets to understand the relationship between impact angles and stain dimensions, developing essential STEM skills in data collection, measurement, and analysis. This cross-disciplinary activity integrates physics, biology, and mathematics while teaching authentic forensic investigation techniques used by professiona
Preview of Newton's Laws Crime Scene Investigation | Force & Motion Mystery Activity |AP

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
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