1. Standard: 1.4. Distinguish among, explain, and apply the relationship between mass, weight, volume, and density.

2. Lt: I am learning about the relationship between measurements in science. The purpose is to be able to interpret and use data. Today I will become familiar with measurement vocabulary.
CW: Getting to know measurement vocabulary
Warm-Up: Can measurements be the same but different? Explain
HW: Begin to find and bring in items that have metric measurements on them.

3. Beaker

4. Celsius

5. Centi

6. Deca

7. Deci

8. Density

9. Displacement

10. Graduated cylinder

11. Gram

12. Hecto

13. Kilo

14. Liter

15. Mass

16. Meter

17. Meter Stick

18. Metric System

19. Milli

20. Pipette

21. Standard system

22. Temperature

23. Thermometer

24. Triple-beam-balance

25. Volume

26. Weight

27. Metric chart Kilo means thousand (1000) Hecto means hundred (100)
Deca means ten (10)
Deci means one-tenth (1/10)
Centi means one-hundredth (1/100)
Milli means one-thousandth (1/1000)

28. Lt: I am learning about the relationship between measurements in science. The purpose is to be able to interpret and use data. Today I will explore the metric system
CW: Getting to know the metric system
HW: Continue… to bring in items that have metric measurements on them.

29. Measurement Must have a standard.
A standard is an exact quantity people agree to use for comparison.
A standard means two people using the same object should get close to the same results.

30. Standards of the past
People used to use parts of their body to determine the length of something.
The standard would be a part of the king’s anatomy.
The standard yard was the distance from the king’s nose to his outstretched arm

31. People would use their feet to measure distance
This is how the term foot came about.
Today the standard “foot” in the English system is
12 inches = 1 foot

32. The Standard system is very confusing because it has so many different values

33. America is the only country that still uses the old English system

34. Scientists give the English system the thumbs down
Scientists needed an exact and uniform system of weights and measurements

35. How did the metric system come about?
During the18th century scientists measured the distance from the earth’s equator to its North Pole and divided it into ten million parts.
This is how they came up with the length of the standard meter.

36. The Meter The standard for the meter is kept in a safe in France.
The meter stick is a replica of that standard
A meter is made up of 100 centimeters and 1000 millimeters

37. How the liter came about
Scientists needed a way to measure liquids so they took 10 cm and multiplied it by its length x width x height to come up with a standard for measuring volume
The liter is the size of 10 cm(3)
10cm x 10 cm x 10 cm
Length x Width x Height = Volume
The liter is used to measure liquids

38. How the Gram came about Scientists needed a standard to measure mass.
Mass is the amount of matter in an object
They decided to take one cubic centimeter of water and call it a gram

39. The Mistake
Two different groups of scientists were working on the calculations to send a probe to Mars.
The American team did their calculations in the English standard and the other team did it in the metric system (OOPS!)
MARS

40. This made scientists very upset.
It cost the space program 125 million dollars
It cost the scientists their time

41. Metric chart Kilo means thousand (1000) Hecto means hundred (100)
Deca means ten (10)
Deci means one-tenth (1/10)
Centi means one-hundredth (1/100)
Milli means one-thousandth (1/1000)

42. Exit Ticket
Using what you learned in this power point and when you completed the prefix models( cereal) ; describe the mathematical pattern within the metric system. ( hint : think of the prefixes)

43. Copy This Down The Meter- Measures length
Length is the distance between two points
The Liter –Measures Volume
Volume is how much space a liquid takes up
The Gram- Measures mass
Mass is how much matter is in an object

44. How the metric system works
kilo  hecto  deca     UNIT    deci  centi  milli    (meter, gram or liter)   
100cm = ___ m
100cm = 1.0 m
6.9mm = ___cm
6.9mm = .69 cm