UNIT 1: MEASUREMENT.  LOOK AT THE PICTURES. IN PAIRS MAKE QUESTIONS.

Slides:



Advertisements
Similar presentations
Modern Classification Techniques
Advertisements

Fossil Record and Evolution
The Mesozoic Era When Dinosaurs Ruled the Earth. The Mesozoic Era §Began approximately 245 million years ago after a major mass extinction. §Is subdivided.
The Pterodactyl lived 251 to 65 million years ago. The Pterodactyl existed from the late Triassic to the Cretaceous periods. The first Pterodactyl fossil.
What are Birds? Read each slide. Look at each picture. Answer each question.
Darwin’s idea to explain evolution was natural selection. That: living things produce offspring which vary — they are not all the same, there is a shortage.
A USTRALIAN A NIMALS. T HIS ANIMALS LIVE IN A USTRALIA : Red kangaroo Koala Emu Platypus Australian Pelican Great White Shark Snake Nacked Turtle Dingo.
Cm dm Units of Measure mm km L g.
Lesson Overview 16.4 Evidence of Evolution.
Date: November, 26-th 2008 Name: Romanova Lera Topic: Extinct animals.
Evidences of Evolution
Energetics of Mammals Brian Mulkern. Metabolism  Complete set of chemical reactions that occur in living cells.  Can be separated into two major sub.
Evolution of Mankind By : Mathew Walker.
Evidence for Evolution
Australian Animals. Kangaroo The kangaroo is a type of marsupial. A marsupial is a type of mammal which carries its young in a pouch. Kangaroos have large,
SAYING NUMBERS & MATHEMATICAL FORMULAS
PETS AND OTHER ANIMALS.
Length, mass, and time. Objectives Record data using scientific notation. Record data using International System (SI) units.
Warm up Rewrite each value as indicated. as a percent
Evolution Test Review. 1. Give a definition for evolution. Why do living things need to evolve? Definition: species change over time As the environment.
Warm Up 99/12/11 How many significant figures are in 80900? Warms up will be checked Wed.
Mrs. Degl Intro to Evolution Evolution – The process of change over time The Theory of Evolution suggests that existing forms of life on Earth have evolved.
10.4 Evidence of Evolution Evidence of Evolution.
Section 1 Origin & Evolution of Birds
CfE Advanced Higher Physics
Flightless Birds By :: SarahJean. Background Flightless birds have more feathers than other birds. Flightless birds have smaller bones in their wings.
Poultry Improvement Project Conformation and Fleshing.
SBI 3U November 7 th,  Recall: story of the peppered moths Process whereby the characteristics of a population of organisms change because individuals.
Changes in metabolic processes.Direct evidence of evolution: Examples – 1. Bacteria acquiring antibiotic resistance 2. Insects & weeds becoming resistant.
Evidence of Evolution Sec 8.2. Fossil Record  The remains and traces of past life that are found in sedimentary rock.  It reveals the history of life.
Write the underlined information into your notes.
I. What was it like on early Earth ? Very hot Meteorites colliding into earth Frequent volcanic activity Atmosphere with little oxygen & lots of nitrogen.
Extinct Animals: Saurischian Dinosaurs  The Saurischian or lizard-hipped dinosaurs were much larger the bird-hipped dinosaurs.
Physics Measuring Motion Point of reference An object that ____________compared to an object that is _____________. Examples: ___________, mountains.
Ardipithecus Ramids EVOLUTION ASSIGNMENT DATE: SEPT.28/2015 BY: STACEY WALLACE.
C H. 31: R EPTILES AND B IRDS Section 31.1: Reptiles.
Birds Birds have two types of feathers. Contour feather Down feather
When Dinosaurs Ruled the Earth
Fossil Record An incomplete list of all the Fossils ever discovered on Earth.
a change in a species over time
a change in a species over time
Whales surface in Italy
a change in a species over time
Bell-Ringer Define the following terms: 1. Metric System
Chapter 13, Lessons 2 & 3 Outlines
Chapter 1 Multiple Choice
#1 An incomplete list of all the Fossils ever discovered on Earth.
Bell-Ringer Define the following terms: 1. Metric System
Chapter 4: Population Changes
Bell-Ringer Define the following terms: 1. Metric System
Length, mass, and time.
What evidence supports evolution?
Unit B Chapter1 History of Life on Earth
Section 1.3 Velocity and Speed (cont.)
Evidence of Evolution.
Design and Modeling Mr. Conway
UNIT 1: MEASUREMENT: KEY POINTS
Length, mass, and time.
Evidence for Evolution
Evolution Part 2 Evidence & Types.
The Fossil Record.
Evidence of Evolution.
Evidence of Evolution.
The Fossil Record.
Chapter F3 Fossilized Organisms
Chapter 7 Bellringer The cockroach first appeared on
READING: DEAD DUCKS FROM DOWN UNDER
Chapter 5 Evolution and Biodiversity Review
Calculating speed.
Presentation transcript:

UNIT 1: MEASUREMENT

 LOOK AT THE PICTURES. IN PAIRS MAKE QUESTIONS.

UNIT 1: MEASUREMENT  MEASUREMENT QUIZ

UNIT 1: MEASUREMENT 1. What can be odd and even?

UNIT 1: MEASUREMENT 2. What can be thick?

UNIT 1: MEASUREMENT 3. What can be near?

UNIT 1: MEASUREMENT 4. How many kilometres is a mile?

UNIT 1: MEASUREMENT 5. Give a synonym for ‘to span’.

UNIT 1: MEASUREMENT 6. Give the antonym of ‘to speed up’.

UNIT 1: MEASUREMENT 1.What can be odd and even? numbers

UNIT 1: MEASUREMENT 2. What can be thick? air layer fog forest

UNIT 1: MEASUREMENT 3. What can be average? size height temperature rate

UNIT 1: MEASUREMENT 4. How many kilometres is a mile? 1.6 kilometres

UNIT 1: MEASUREMENT 5. Give a synonym for ‘to span’. To extend, to stretch

UNIT 1: MEASUREMENT 6. Give the antonym of ‘to speed up’. To slow down

UNIT 1: MEASUREMENT HOW DO YOU PRONOUNCE IT???

UNIT 1: MEASUREMENT  OH  AFTER A DECIMAL POINT: 5.03  IN TELEPHONE NUMBERS:  IN BUS NUMBERS: N°703  IN HOTEL ROOM NUMBERS: ROOM 206  IN YEARS: 1904

UNIT 1: MEASUREMENT  NOUGHT  BEFORE A DECIMAL POINT: 0.03

UNIT 1: MEASUREMENT  ZERO  FOR THE INTEGER: 0  FOR TEMPERATURE: -8°C

UNIT 1: MEASUREMENT  NIL  IN FOOTBALL SCORES: 5-0

UNIT 1: MEASUREMENT  LOVE  IN TENNIS: 15-0

UNIT 1: MEASUREMENT  EUROPEAN LANDMARKS

UNIT 1: MEASUREMENT  EUROPEAN LANDMARKS 324 m 1,665 10,100 7,000,000 75% = 103,000 km / year = 2.5 times

UNIT 1: MEASUREMENT  EUROPEAN LANDMARKS 8.8 m 9 ft 9 miles 14 ft 2 ft

UNIT 1: MEASUREMENT  EUROPEAN LANDMARKS 2,460 m 12

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ æv( ə )r ɪ d ʒ /

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ ækj ʊ r ə t/

UNIT 1: MEASUREMENT  PRONUNCIATION /ha ɪ t/

UNIT 1: MEASUREMENT  PRONUNCIATION /leŋθ/

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ me ʒ ə (r)m ə nt/

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ re ɪ di ə s/

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ re ɪʃ i ə ʊ /

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ streŋθ( ə )n/

UNIT 1: MEASUREMENT  PRONUNCIATION / ˈ s ɜː (r)ve ɪ /

UNIT 1: MEASUREMENT  PRONUNCIATION /we ɪ /

UNIT 1: MEASUREMENT

 READING: DEAD DUCKS FROM DOWN UNDER Dromornis stirtoni, an extinct flightless bird, lived in Australia roughly 8 million years ago. It was probably the heaviest bird in the history of evolution, with a weight of slightly more than 500 kg although its wing span was very small. A considerable amount of information has been obtained from recent fossil finds in Queensland, enabling scientists to work out basic measurements. From a morphological point of view, Dromornis stirtoni appears to be similar to an emu or an ostrich, however, scientists now believe that it is related to the duck species, as the massive dimensions of the head show. The bird attained a height of over 3 meters. The large head and formidable beak suggest that the bird was carnivorous. The cross-section of fossils of the leg bones reveals that the bird had short, thick legs indicating that it could not have run as fast as the ostrich. The width of the body was about the same as the length of the neck and legs.

UNIT 1: MEASUREMENT  READING  Find words in the text that have the same meaning:  approximately, more or less:  a number, quantity:  to estimate, to calculate, to assess:  to get, to receive:  extremely large, enormous:

UNIT 1: MEASUREMENT  READING  Find words in the text that have the same meaning:  approximately, more or less: roughly  a number, quantity: amount  to estimate, to calculate, to assess: to work out  to get, to receive: to obtain  extremely large, enormous: massive, considerable

UNIT 1: MEASUREMENT  READING: DEAD DUCKS FROM DOWN UNDER Dromornis stirtoni, an extinct flightless bird, lived in Australia roughly 8 million years ago. It was probably the heaviest bird in the history of evolution, with a weight of slightly more than 500 kg although its wing span was very small. A considerable amount of information has been obtained from recent fossil finds in Queensland, enabling scientists to work out basic measurements. From a morphological point of view, Dromornis stirtoni appears to be similar to an emu or an ostrich, however, scientists now believe that it is related to the duck species, as the massive dimensions of the head show. The bird attained a height of over 3 meters. The large head and formidable beak suggest that the bird was carnivorous. The cross-section of fossils of the leg bones reveals that the bird had short, thick legs indicating that it could not have run as fast as the ostrich. The width of the body was about the same as the length of the neck and legs.

UNIT 1: MEASUREMENT  VIEWING: SUPERVOLCANOES

UNIT 1: MEASUREMENT  VIEWING: SUPERVOLCANOES  Follow the link: gendler# gendler#  Watch and answer the questions in ‘THINK’  In pairs summarise your ideas in 100 words.