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Measurement International System Units (SI) Mass: kilograms Length: meters Time: seconds Volume: liters Temperature: Kelvin or °Celsius

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Page 1: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

MeasurementInternational System Units

(SI)–Mass: kilograms–Length: meters–Time: seconds–Volume: liters–Temperature: Kelvin or °Celsius

Page 2: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

meters

°Celsius

seconds

kilogramsliters

SI Units

Page 3: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Mass vs. Weight???Mass is the

measurement of the amount of matter in a given amount

of a substance.

Weight is the

measure of the pull of gravity on a given

mass.

BUT. . .

Page 4: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

In other words. . .

The weight of an object on earth is greater than the weight of the same object on the moon, since the Earth

has more gravity than the moon.

The mass of the object (the amount of stuff) is the same on the earth as

it is on the moon.

Page 5: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Mass is the amount of stuff.

Weight is the affect of gravity

(measured by a scale) on a given

mass.

Page 6: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

However . . .On Earth, the mass in grams

equals the weight in grams. So for values ON EARTH we often use

the terms weight and mass interchangeably. Just be careful, because where gravity values are different from on Earth (the moon, in space, another planet, etc.) the mass will be the same as on Earth but the weight will be different!

Page 7: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

1000

Metric Units . . .

grams

equal 1 kilogram

MASS

Page 8: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Metric Units . . .

1000

milliliters

equal 1 liter

VOLUME

Page 9: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Metric Units . . .

Kelvins or °Celsius

TEMPERATURE

Page 10: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Metric Units . . . LENGTH

1000 millimeters = 1 meter

100 centimeters = 1 meter

Page 11: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Metric Units . . . TIME

60 seconds = 1 hour

Page 12: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

To measure the length of our classroom in SI you

would use

A: litersB: meters

C: feetD: yards

Page 13: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

To measure a person's body temperature in SI you would

use

A: degrees CelsiusB: degrees Farhenheit

C: kilogramsD: meters

Page 14: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

To make a recipe using SI units, you would measure

flour and sugar in

A: cupsB: ouncesC: metersD: grams

Page 15: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

To measure how much water a tablespoon holds

in SI you would use

A: cupsB: ounces

C: millilitersD: liters

Page 16: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

A cubic centimeter (cc) is used to measure volume

and is the same as a milliliter.

A: TrueB: False

Page 17: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

64 km = _____ meters

A: 64,000B: 6,400C: 3200D: 3.2

Page 18: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

373 g = ______ kg

A: 0.373B: 3.73C: 6.5

D: 373,000

Page 19: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

897 mm = _____ cm

A: 8970B: 897C: 8.97D: 89.7

Page 20: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Mass and weight are different because

A: weight measures amount of stuff while mass takes into

account gravityB: mass measures the amount of

stuff while weight measures gravity's affect on mass

C: gravity has no affect on weight or mass

D: mass is measured in pounds while weight is measured in

grams

Page 21: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Mass is the measure of the amount of material.

A: TrueB: False

Page 22: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

When gravity acts upon a particular mass it is measured as weight.

A: TrueB: False

Page 23: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

A 10kg mass is weighed on Earth and on the moon. The

moon has less gravity. Which of the following is true?

A: The mass weighs more than 10kg on Earth and less than 10kg on the moon.B: The mass weighs 10 kg on Earth and

more than 10 kg on the moon.C: The mass weighs 10 kg on Earth and

on the moon.D: The mass weighs 10kgs on Earth and

less than 10kgs on the moon.

Page 24: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Mars has less gravity than Earth. What will the mass of a 41g ball be on

Mars?

A: more than 41gB: less than 41g

C: 41gD: there is no way to

tell

Page 25: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Pedro uses a triple beam balance scale in science lab to measure the mass of an apple. He determines the apple to have a mass of 120 grams. What is the

weight of the apple in SI units?

A: 5.2 ouncesB: 60 gramsC: 120 gramsD: 0.2 pounds

Page 26: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

A standard sized paperclip has a mass of

approximately one gram. What would you

estimate to be the mass of a golf ball?

A: 45 gramsB: 1 kg

C: .45 gramsD: 10 kg

Page 27: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Which of the following is NOT a SI unit?

A: KelvinsB: kilometers

C: degrees CelsiusD: degrees Fahrenheit

Page 28: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

Since density is a measure of mass per volume (in

other words - mass divided by volume), what SI units would be appropriate for

describing density?

A: grams/literB: liters/gramC: cm/gramD: ml/meter

Page 29: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

0.25 liters = ______ mL

A: 250B: 25C: 2.5

D: 0.25

Page 30: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

To measure the volume of a bucket in SI you

would use

A: gramsB: meters

C: cubic centimetersD: ounces

Page 31: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

What is the boiling point of water in SI?

A: 0 degrees CelsiusB: 100 degrees Celsius

C: 212 degrees Fahrenheit

D: 100 degrees Fahrenheit

Page 32: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

What is the length of the black line in millimeters?

A: 5.7B: 57

C: 5 and three quartersD: 570

Page 33: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

It is good practice when using a meter stick to measure from the 1 cm mark instead of the end. What is the length of the

black line in cm?

A: 19.8B: 18.8C: 198D: 188

Page 34: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

What is the temperature

reading of the thermometer

pictured?

A: 28 degrees Fahrenheit

B: 28 KelvinC: 28 degrees

CelsiusD: 20 degrees

Celsius

Page 35: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

The thermometer pictured shows the freezing point of water. Which of the following is true? The freezing point of water

A: is zero degrees Celsius and 32 degrees FahrenheitB: is zero degrees Fahrenheit and 32 degrees CelsiusC: is zero KelvinD: is zero degrees Celsius and zero degrees Fahrenheit

Page 36: Measurement International System Units (SI) –Mass: kilograms –Length: meters –Time: seconds –Volume: liters –Temperature: Kelvin or ° Celsius

The thermometer pictured shows the average human body temperature. What is that temperature in SI?

A: 98.6 degrees CelsiusB: 98.6 degrees FahrenheitC: 37 degrees CelsiusD: 37 degrees Fahrenheit