NOS lesson ideas. After story and observations but before in class discussion Reflection: 1-2 page discussion about Wednesday’s class activities and how.

Slides:



Advertisements
Similar presentations
Review of Punnett Squares Take out a blank piece of paper Set up a Punnett Square to cross a homozygous recessive parent with a heterozygous dominant parent.
Advertisements

The Scientific Method.
Patterns of Heredity 4.1 Living things inherit traits in patterns. 4.2
Chapter 12 Growing and Changing Lesson 5
Structures of Life Origins of Seeds
Genetics: The Study of Biological Heredity Do Now: If you flip a coin twice, what is the probability it will come up heads twice? What is the probability.
Genetics and DNA: The Science of Heredity – course 2
Biology: Reproduction
Life Cycle of Plants 2nd Grade
LO: SWBAT describe the process of cloning. DN: What is a clone? HW: page 338 #15-17 Wed: page 339 #20 Thurs: read pp , page 329 #18-19 Fri: Review.
VOCAB QUIZ TODAY  YOU HAVE 5 MINUTES TO STUDY YOUR WORDS QUIETLY FOR YOUR QUIZ TODAY.
AGS Biology A Technology Pacing Guide Directions: For the technology portion of the class, you will be creating a power point presentation. Each week,
Learning Objectives: I can explain…  …how Sexual Reproduction is different from Asexual Reproduction.  …how sex cells are created and how this is different.
Discovery and Diversity of Cells We will understand all things are made of living cells. S- Copy and Complete you have 4 minutes Name of element(s)
The Cell Cycle & Mitosis Do Now: 1.Take out the 8-1 review homework (period 7, take out the back of the earlier worksheet also) 2.Complete the FAKE pop.
Reproduction and Growth 6 th Grade Instructions You have 30 seconds on a piece of paper to answer the following questions. When you hear this sound put.
Bellwork: Identify which “PHASE” the cells are going through and DRAW that cell.
Meiosis.
Genetics Week 2 LPA Standard 4 Objective 2.
Chapter 5 Heredity.
B2a Tp2 Divide and Develop Revision. Understand the meaning of growth in terms of increase in size, length, dry/wet weight. Understand how cell division,
Meiosis What’s the big idea?.
Notes taken from this week can not be uploaded due to the copyright laws. Students who did not copy detailed notes either need to attend tutorials or study.
Chapter 3, Section 3 The Cell and Inheritance
General Biology Test September 28, 2011 Unit 1 Introduction to Biology.
Section 1 Mendel and His Peas
TAKS OBJECTIVE 3 TEKS OBJECTIVE 7(B) NATURAL SELECTION AS A PROCESS OF EVOLUTION The student knows the theory of biological evolution. The student is expected.
B2 – Biology Inheritance Mr. P. Collins. B2.8 Inheritance - AIMS to explain why Mendel proposed the idea of separately inherited factors and why the importance.
1/9/14 84th Day of School Learning goal (7.L.1.4): I will be able to identify the structures of the urinary system and describe how blood is filtered &
Variation. Types of variation Variation means differences between species (remember dichotomous key) or differences within a species Types of variation:
Chapter 5 Section 1 Mendel and His Peas Bellringer
Daily Sponge. 8/27/2013 Daily Objective 7.4, 7.4B: We will learn about science safety and look at the safety contract. Wrap Up: Why is it important.
Preview Section 1 Mendel and His Peas Section 2 Traits and Inheritance
9B: Room Front of room Nancy McHenley Natalie N Andre Julian Aser
Meiosis Stages. Agenda: Cell Cycle using Mitosis & Meiosis Learning Target: I can describe the role of genes and chromosomes in the process of cell reproduction,
In your journal, create a 3 column KWL chart. Take a minute to record what you already know about cells and what you would like to know.
Unit 5: Seventh Grade. Asexual Mitosis Only one parent cell is needed Division results in offspring with a genotype identical to the parents’ Sexual Meiosis.
Journal Why are you not identical to your siblings?
DNA and Cell Cycle. DNA and Chromosomes  DNA is in the nucleus of every living thing.  A Chromosome is coiled DNA.  Humans have 46 chromosomes.
HOLT Biology A Technology Pacing Guide Directions: For the technology portion of the class, you will be creating a power point presentation. Each week,
DNA Replication and Chromosomes. DNA REPLICATION The process by which DNA makes a copy of itself This has to happen before to cell division.
WARM UP: March 31 st / April 1 st T-1: How could doctors use inheritance patterns? What information would be important to them?
Creature Features. Creature Features – 2/8/16 Key Question: How are traits passed down to offspring? Initial Thoughts:
Fertilisation D. Crowley, 2007 L/O - To know what happens at fertilisation.
Introduction to Genetics. The Work of Gregor Mendel The scientific study of heredity is called genetics. Gregor Mendel used purebred pea plants in a series.
MUSICAL INSTRUMENTS How they can be made using household materials.
Unit 5: Genetics 3/2 - 4/3. Monday 3/2 Learning Targets: 1) I can define genetics. Warm Up: 1) What do you know about genetics? Agenda: 1) The Blue People.
Date: April 7, 2016 Aim #72: How do scientists clone organisms? HW: 1)Unit 7c due Friday, April 8 th Do not forget Castle Learning!! 2)Biotechnology Test.
Aim: How do scientists clone organisms? Hello Dolly!!
Warm up 12/16 – 12/17 T-2: Plants are the original source of food molecules. If there was no light energy on Earth, could plants still make food molecules?
Date: February 1st, period 5
Meiosis Chapter 10, Section 2.
Sexual Reproduction.
Meiosis Noadswood Science, 2016.
How do scientists clone organisms?
REPRODUCTION REVIEW II
Chapter 1 Review.
Do Now: Mitosis Review Answer true or false. Use your book on page
The Cell Cycle & Cell Division
Meiosis Spring 2017.
Cell Structures and Processes
Chapter 5 Section 1 Mendel and His Peas
Meiosis Learning Objectives:
Environmental Factors vs Genetic Factors
Aim: How do scientists clone organisms?
Aim: How do scientists clone organisms?
The science of heredity
Reproduction Definitions
The process of meiosis formed
Presentation transcript:

NOS lesson ideas

After story and observations but before in class discussion Reflection: 1-2 page discussion about Wednesday’s class activities and how they relate to the above readings (Derry Prologue, Hazen and Trefil).

Basic Inheritance LG: Understand how and why try to use minimal vocabulary “Explain the difference between meiosis and mitosis. (result, process, when and where it happens)” “How can a person be a carrier of a disease that they themselves do not have?” “What are Stem cells? Where can they be found?” “What will happen to an embryo at the stage of having eight cells if one of its cells is removed?”

What would happen if two sperm fertilized one egg? A.The resulting embryo would have 2 copies of every chromosome. B.The resulting embryo would have 3 copies of every chromosome. C.This is the process that creates fraternal twins D.A and B E.A and C

Models

Reflection on Scientific Models Consider scientific models and what they can be used for. You’ve studied the usefulness of four different models of earthquake recurrence for certain types of faults in class and scientists in the videos you watched in the “Buildings Kill People” assignment use simulations to model earthquake effects. Does a model describe/simulate exactly what will happen in nature? If it does not, is it still useful? How can that be? Please type up a 1 – 2 page response. A title page is unnecessary but please remember an intro, body and conclusion. The rubric below describes how I grade your reflections except the length of our Reflections does not require headings and subheadings.

7 Straw Instrument Put the bigger straw over the end of your straw instrument. This makes a sort of straw trombone!

Generalizing Musical Instruments What are the three characteristics that the straw instrument needed to 1. make sound, 2. produce a variety of notes, and 3. be loud? Can the important features be generalized for your instruments and other musical instruments like the guitar, for example?

Reflection - Generalizing vs. Categorizing In class this week we’ve been trying to generalize how musical instruments work and how sound is made. This is different from what is normally done in music classes where the focus is to categorize musical instruments according to type (strings, woodwinds, keyboards, etc…) Please compare this to what Hazen and Trefil say about biology on page 276 “This is but one example of what is probably the most important development in the history of biology – the shift in emphasis from studying organisms (like plants and animals) to studying the chemical basis shared by all living things.”

Book Review Project Read a biography of a scientist Write a paper that describes which of the Derry pathways to discovery best fits your scientists’ pathway to discovery. Details herehere

Magic Beads! Dr. Courtney Willis Physics UNC

More Ideas… Lesson in your back pocket Cordelia’s Shoes Book Puzzle

Clicker Questions for whiny biologists Consider a giant oak tree. Where does the largest fraction of the dry mass of the tree come from? A.Water B.Minerals in the soil C.Sun D.Oxygen E.Carbon

When you lose 15 lbs, how did the largest fraction of the weight leave your body? A.Urine B.Solid waste C.Sweat D.Energy E.Respiration – water vapor F.Respiration – carbon dioxide