Creat a 10 grade level project for this

Question

The timeline will focus on three major sources of physical evidence: blood evidence, fingerprinting, and ballistics. Your timeline should be submitted as a multimedia PowerPoint presentation. Follow the assignment guidelines as you decide what to include in your timeline.
Assignment Guidelines:
Your timeline must include the following elements:
Present a timeline covering the sixteenth through twenty-first centuries, with the time frames clearly indicated.
Include at least eight developments occurring prior to 1960 that were important to the development of blood evidence, being sure to name the major contributors in these developments.
Include at least eight developments occurring prior to 1960 that were important to the development of fingerprinting, being sure to name the major contributors in these developments.
Include at least eight developments occurring prior to 1960 that were important to the development of ballistics, being sure to name the major contributors in these developments.
Depict at least one foundational event or key invention from outside the field of forensic science for each area of physical evidence (for example, how the microscope was a key invention that allowed the matching of guns and bullets in ballistics).

Answer 1

10th Grade Level Project: Multimedia PowerPoint Presentation on the Timeline of Physical Evidence

Project Title: The Evolution of Physical Evidence: Blood, Fingerprints, and Ballistics

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Slide Structure

Slide 1: Title Slide

• Title: The Evolution of Physical Evidence: Blood Evidence, Fingerprinting, and Ballistics
• Subtitle: A timeline from the 16th to 21st centuries
• Your Name: [Your Name]
• Date: [Submission Date]
• Include relevant imagery or a background related to forensic science.

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Slide 2: Introduction

• Overview of Physical Evidence
  • Explanation of what physical evidence is and its importance in forensic science.
  • Brief outline of the three major sources: blood evidence, fingerprinting, and ballistics.

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Slide 3: Timeline Overview

• Timeline Structure Explanation
  • Information on how the timeline will be laid out, covering key developments from the 16th to the 21st century for each category.

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Slide 4-11: Blood Evidence Timeline (16th Century - 1960)

1. 1628 - William Harvey: Blood circulation theory, crucial to understanding blood’s role in evidence.
2. 1853 - James Marsh: Developed a method to detect arsenic in blood.
3. 1863 - Jean Servais Stas: Introduced a method to identify human blood.
4. 1901 - Karl Landsteiner: Discovered blood groups (A, B, AB, O), essential for blood typing.
5. 1932 - Dr. Alfred B. Sweeney: Advanced techniques in blood typing and analysis.
6. 1947 - Dr. Paul L. Kirk: Developed blood spatter analysis for crime scene investigation.
7. 1955 - Dr. Leon Lattes: Developed a method to identify blood types from dried stains.
8. 1959 - Robert E. Jones: Work on the properties of blood evidence began leading to modern techniques.

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Slide 12-19: Fingerprinting Timeline (16th Century - 1960)

1. 1892 - Sir Francis Galton: Published "Fingerprints," establishing the uniqueness of ridge patterns.
2. 1901 - Alphonse Bertillon: Introduced anthropometry but later acknowledged the importance of fingerprints.
3. 1905 - Edward Henry: Developed the first fingerprint classification system.
4. 1908 - Harry Jackson: Convicted using fingerprint evidence in the U.S.
5. 1911 - U.S. Courts Recognize Fingerprints: Landmark case in criminal identification.
6. 1915 - FBI’s Use of Fingerprints: First comprehensive fingerprint database established.
7. 1920 - Juan Vucetich: Established a police agency in Argentina and initiated fingerprint use in south America.
8. 1950s - Advances in photography and ink technology improve fingerprinting processes significantly.

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Slide 20-27: Ballistics Timeline (16th Century - 1960)

1. 1514 - Leonardo da Vinci: Studies of projectiles and their motion.
2. 1793 - S. A. Kinsey: Developed methods for examining fire arms and bullets.
3. 1854 - Forensic Ballistics Recognized: Insight into matching bullets to firearms.
4. 1889 - Hiram Maxim: Advanced automatic weaponry and contributed to ballistics study.
5. 1900s - Development of rifling and how it affects bullet trajectories.
6. 1925 - Calibre Weights: Adoption of standardized measures aids in forensic analysis.
7. 1935 - Development of comparison microscopes for analyzing bullet markings.
8. 1950s - Biomechanical studies aid in movement prediction of projectiles in forensics.

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Slide 28-30: Foundational Events Outside Forensics

• Blood Evidence:

  • Microscope (Invention): In 1590, Zacharias Janssen invents the compound microscope, essential for examining blood cells.

• Fingerprinting:

  • Photographic Camera (Invention): Early 19th century invention, led to improvements in capturing and analyzing fingerprints.

• Ballistics:

  • Gunpowder (Invention): Developed in the 9th century, it revolutionized weaponry and necessitated the scientific study of bullets and trajectories.

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Slide 31: Summary & Conclusion

• Recap of Key Developments
  • Briefly summarize the importance of the advances covered in blood evidence, fingerprinting, and ballistics.
• Impact on Forensic Science Today
  • Discuss how these developments shaped modern forensic investigation and legal proceedings.

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Slide 32: References

• Cite all sources used to gather information for the project, including textbooks, websites, and academic papers.

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Additional Presentation Tips:

• Visuals: Use images, charts, and diagrams to enhance understanding. Consider audio or video clips where appropriate.
• Engagement: Prepare to discuss each slide and invite questions for deeper discussion during the presentation.
• Keep Text Minimal: Use bullet points and ensure your narration fills in the details verbally.

This structure creates a comprehensive and engaging project that effectively communicates the historical progression of physical evidence methodologies in forensic science.

Answer 2

can you give me what i need for slide 2 and 3

Answer 3

Certainly! Here’s a detailed breakdown for Slides 2 and 3 of your PowerPoint presentation.

Slide 2: Introduction

Title: Introduction to Physical Evidence

Content:

1. What is Physical Evidence?

   • Physical evidence refers to any tangible items that can be collected, analyzed, and used in a court of law to establish facts related to a crime. It plays a crucial role in forensic science and investigations.

2. Importance of Physical Evidence in Forensics

   • Provides objective, scientific data to support or contradict witness testimony or claims.
   • Helps establish a connection between the suspect, victim, and crime scene.
   • Aids in reconstructing the sequence of events that occurred during a crime.

3. Major Sources of Physical Evidence Overview

   • Blood Evidence: Includes blood stains, droplets, and patterns that can reveal information about the victim and the circumstances of the incident.
   • Fingerprinting: The unique pattern of ridges on fingers used for identification and comparison to establish the presence of individuals at a crime scene.
   • Ballistics: The study of projectiles and firearms. Analysis of bullet trajectories, gunshot residue, and cartridge cases helps link firearms to crimes.

Visuals:

• Consider adding relevant images, such as blood spatter analysis, fingerprint patterns, and firearms, to visually represent each source of physical evidence.

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Slide 3: Timeline Overview

Title: Timeline Structure Overview

Content:

1. Time Frame Covered:

   • The timeline will span from the 16th century to the 21st century.
   • Key developments will focus on advancements that significantly impacted each field of physical evidence.

2. Structure of the Timeline:

   • Each section of the timeline will highlight important developments in three areas:
     • Blood Evidence (Emphasis on scientific breakthroughs and key figures).
     • Fingerprinting (Focus on historical milestones and notable contributors).
     • Ballistics (Key inventions and developments that advanced the study of projectiles).

3. Criteria for Selection:

   • Each timeline section will include:
     • At least eight significant developments prior to 1960 for each evidence type.
     • Names of major contributors associated with those developments.
     • A discussion of one foundational event or key invention outside forensic science for each category, showing how it influenced the respective field.

Visuals:

• Insert a graphic timeline layout or flowchart to illustrate how the various developments will be ordered chronologically across the different fields.
• Consider using icons or images representative of each area (e.g., a blood drop for blood evidence, fingerprint for fingerprinting, and a bullet for ballistics).

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With this detailed content for Slides 2 and 3, you should be well-equipped to present a strong introduction to your project and outline the structure of your timeline effectively!

Answer 4

This is a great start and I can see you put some time into it, but some of this needs to be checked or reworked. Here is what the project requires. Grading is kind of like a checklist- do you have: - at least eight developments occurring prior to 1960 that were important to the development of blood evidence, being sure to name the major contributors in these developments. - at least eight developments occurring prior to 1960 that were important to the development of fingerprinting, being sure to name the major contributors in these developments. - at least eight developments occurring prior to 1960 that were important to the development of ballistics, being sure to name the major contributors in these developments. - at least one foundational event or key invention from outside the field of forensic science Check out those years---PRIOR to 1960 means the date needs to be BEFORE 1960.

Answer 5

at least eight developments occurring prior to 1960 that were important to the development of blood evidence, being sure to name the major contributors in these developments. - at least eight developments occurring prior to 1960 that were important to the development of fingerprinting, being sure to name the major contributors in these developments. - at least eight developments occurring prior to 1960 that were important to the development of ballistics, being sure to name the major contributors in these developments. - at least one foundational event or key invention from outside the field of forensic science Check out those years---PRIOR to 1960 means the date needs to be BEFORE 1960.