NutriGin card game more food molecules than you ever hoped to see while playing cards.... designed by m. keffer -- nov 2005.

Slides:

Advertisements

Similar presentations

STCCG (1E) Tutorial Open Format Play Phase (Part 3 of 3) (Drawing cards/Winning The Game) v1.0 (7/8/2009)

Advertisements

Bananagrams. This game is played in large groups (6-8 people) You will play with a partner, or in a group of three. To begin, you have to take all the.

Describe one limiting factor for the moose population.

Rules for Classroom Play. Setup 1. Remove blue ACTION cards from the Observatory deck 2. Shuffle both decks well and set Volcano deck to one side 3. Deal.

(JUST LIKE PHASE 10 CARD GAME) pHase-ion. General Rules Each player is dealt 10 cards. The remaining cards are placed in the middle for a card pool from.

Dealer Comm Hand Player makes Ante bet and optional Bonus bet. Five cards are dealt to each player from the shuffler. Five cards are dealt from the shuffler.

1 Review of Organic Molecules Lipids. 2 Fatty acids & triglycerides.

Centinel tournament ● A deck: the numbers in random order ● A game lasts until no numbers are left in deck ● A game is played like this (first player.

1. Primary Structure: Polypeptide chain Polypeptide chain Amino acid monomers Peptide linkages Figure 3.6 The Four Levels of Protein Structure.

VOCABULARY  Deck or pack  Suit  Hearts  Clubs  Diamonds  Spades  Dealer  Shuffle  Pick up  Rank  Draw  Set  Joker  Jack 

Aubree Suor 2nd Hour.  Two to six players  One player is chosen to be the dealer  Each person is dealt ten cards  Remaining cards become the draw.

Chapter 5 The Structure and Function of Macromolecules.

Monomer A small repeating unit that can make larger more complex molecules. What toy can you think of that is like a monomer?

Proteins Clicker REVIEW!!!. What functional group is circled? 1.Carboxyl 2.Amine 3.Phosphate 4.Ketone 5.Aldehyde 6.Hydroxyl 7.Sulfhydryl ajsklfjasdkf..

Objectives 2.3 Macromolecules

Chemistry of Biomolecules. Most biological compounds are ORGANIC – compounds of CARBON The study of these compounds is ORGANIC CHEMISTRY.

Polymers - Summary A polymer is a large molecule formed by the covalent bonding of repeating smaller molecules. The smaller molecules that combine to form.

Macromolecules Review

Life and Chemistry: Large Molecules. Macromolecules monomers are linked together to form polymers monomers are linked together to form polymers dehydration.

CHAPTER 2 BASIC CHEMISTRY

Catch the Spirit of Mathematical Practices Mathematics Investigations Q-Cards: Rational Numbers The Q-Card game has 8 starter cards, 28 playing cards,

Biomolecules Carbohydrates Proteins, Lipids, and Nucleic acids.

Human Biochemistry Amino Acids and Proteins there are about 20 amino acids that occur naturally they are the basic “building blocks” of life/proteins.

Proteins & DNA. Amino Acids: the building blocks of Proteins.

Organic Chemistry Notes All organic compounds contain carbon. Carbon is able to form covalent bonds with other carbon atoms and many other elements easily.

The Structure and Function of Macromolecules Chapter 5.

Study Guide The Molecules of Life.

World Religions Tabulate Game. wild cards wild cards ordinary cards.

Lesson 10.6a AIM: Variations on Linear Nim. DO NOW.

Biochemistry Notes. Carbon Organic molecules contain carbon, hydrogen and oxygen. Carbon has 4 electrons available for bonding.

Carbon Compounds. Functional Groups -CH 3 -OH -NH 2 -PO 3.

CH 2 OH OH Glucose. CH 2 OH OH CH 2 OH OH Glucose + glucose = OH Maltose + H 2 O H-O-H Formation of a disaccharide.

MATH QUIZ #2 prep & MACROMOLECULES.

BioChemistry. Types of Substances Inorganic Substances that do not contain Carbon Examples 1. Acids HCl 2. Bases NaOH 3. Salts NaCl 4. Water H 2 O Organic.

The Structure and Function of Large Biological Molecules Chapter 5.

Picking Apples. Subtraction game. Turn over two cards from 0-10 Work out the difference. If you have an apple with this amount put a counter on it. First.

Card games An Investigation Peter, Alan and Shirley are playing a game using the 9 cards shown below. The cards are turned over and mixed up, so that.

Autotrophs / Producers  Auto = Self-made  example: Automatic, Automobile  Troph = Eater / Food  Example: trophy (prizes in competitions used to.

Spin for Expressions Materials: – Plus/minus spinner – A number cube – Expression playing cards Pass out all the expression cards FACE DOWN. The dealer.

Chemistry Quiz. MACROMOLECULES CARBOHYDRATES LIPIDS PROTEINS NUCLEIC ACIDS.

Human Biochemistry Amino Acids and Proteins there are about 20 amino acids that occur naturally they are the basic “building blocks” of life/proteins.

Today…  Please turn in…  Signed Syllabus (due TODAY)  Language of Science Assignment from last class (if you haven’t yet)  Please have your science.

MACROMOLECULES. ORGANIC COMPOUNDS: molecules that contain both CARBON and HYDROGEN Very large organic compounds are called MACROMOLECULES Macromolecules.

Tic – Tac – Toe ! Choose a square by clicking on “box #” Choose a square by clicking on “box #” If the person choosing the square gets the problem correct,

Thursday, March 30, 2017 Day 2 Agenda Science Notebook

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Dot Cards Face-Off Game

Biomolecules manipulatives

Molecule & Reaction Review

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Organic Compounds Compounds that contain CARBON are called organic

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Pre-K and Kindergarten

Objectives Explain the structure and function of: Carbohydrates Lipids

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Behaviour Insights Instructions and Rules:

Tic – Tac – Toe ! Choose a square by clicking on “box #”

3rd/4th grade Family Math Night Games

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Vocab-Rummy A card game with: Could be used for:

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Chapter 19 section 1 The Chemistry of Life.

Biological Macromolecules

Multiplication and Division Facts Rummy

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Tic – Tac – Toe ! Choose a square by clicking on “box #”

Biochemistry Notes.

Whose is it? Game.

Presentation transcript:

NutriGin card game more food molecules than you ever hoped to see while playing cards.... designed by m. keffer -- nov 2005

NutriGin Card Game object of the game: get all your cards into “sets” or “runs” BEFORE your opponent does. Each player gets 10 cards, face down. Dealer places remaining deck face down. Turn up one card to start the “discard” pile. Next player chooses one new card. It can be from the deck, or from the discard pile. Player then discards one card into the discard pile. Repeat in turns until one player has all his/her cards in sets or runs. When a player has all his/her cards in sets, declare “gin” and end the game. –Winning player must do their normal discard in order to end the game. Winner gets 10 points for winning, plus whatever points are not yet in sets in opponent’s hand. Point values are shown on the cards. Notes: –Keep all your cards in your hand until you’re finished. –Pick up only one card at a time, and discard only one card at a time.

possible SETS (ANY 3-4 of ANYthing within a box) glu fru gal rib MSL monosaccharides (any 3-4) fatty acids polysaccharides (any 3-4) HCH HCH HCH HCH HCH HCH HCH HCH HC HC HCH HCH HCH HCH CH CH CH CH CH CH HCH hydrocarbons glycerides disaccharides (any 3-4) amino acid primary protein secondary protein tertiary protein quaternary protein

fru S HCH HC HC HCH HCH HCH HCH 3, 4, or 5 of these -- MUST be in ORDER! 3 of these -- MUST be in ORDER! any monosac okay any disac okay must be starch must be cellulose must be wood any glyceride okay any fatty acid okay any hydrocarbo n okay any aa okay any primary protein okay must be secondary protein must be tertiary protein must be quaternary protein Possible RUNS

glu fru gal rib MSL glufrugalrib MSL

HCH HCH HCH HCH HCH HCH HCH HCH HC HC HCH HCH HCH HCH CH CH CH CH CH CH HCH HCH HCH HCH HCH HCH HCH HCH HCH HC HC HCH HCH HCH HCH CH CH CH CH CH CH HCH