Q. The closeness of a measurement to the actual measurement or value

The closeness of a measurement to the actual measurement or value

A. Accuracy

Accuracy

Q. A method used to guess the size of an object

A method used to guess the size of an object

A. Estimation

Estimation

Q. A way to describe objects and events with numbers

A way to describe objects and events with numbers

A. Measurements

Measurements

Q. Describes how close measurements are to each other

Describes how close measurements are to each other

A. Precision

Precision

Q. SI unit for measuring temperature

SI unit for measuring temperature

A. Kelvin

Kelvin

Q. SI unit for measuring mass

SI unit for measuring mass

A. Kilogram

Kilogram

Q. Amount of matter in an object

Amount of matter in an object

A. Mass

Mass

Q. SI unit for length

SI unit for length

A. meter

meter

Q. The amount of change in one measurement that takes place in a given amount of time

The amount of change in one measurement that takes place in a given amount of time

A. rate

rate

Q. A system of standard measurement that is used worldwide

A system of standard measurement that is used worldwide

A. SI

SI

Q. Amount of space that fills an object

Amount of space that fills an object

A. Volume

Volume

Q. A measure of the gravitational force, or pull on the matter in an object

A measure of the gravitational force, or pull on the matter in an object

A. Weight

Weight

Q. Where would a pumpkin weigh more on Earth or on the moon and WHY?

Where would a pumpkin weigh more on Earth or on the moon and WHY?

A. It would weigh more on Earth b/c weight is dependent on the amount of gravity. Earth has 6x more gravity than the moon.

It would weigh more on Earth b/c weight is dependent on the amount of gravity. Earth has 6x more gravity than the moon.

Q. Where would a pumpkin have more mass… on Earth or on the moon?

Where would a pumpkin have more mass… on Earth or on the moon?

A. A pumpkin would have the SAME mass on the moon and/or on Earth. Mass is the amount of matter in an object. The amount of matter in the pumpkin does not change, even when it is on the moon.

A pumpkin would have the SAME mass on the moon and/or on Earth.

Mass is the amount of matter in an object.

The amount of matter in the pumpkin does not change, even when it is on the moon.

Q. Why is it important to have a standard measurement system

Why is it important to have a standard measurement system

A. To avoid confusion and miscommunication.

To avoid confusion and miscommunication.

Q. Which graph uses bars to show the relationships between variables. 1 variable must be a number, while the other is a category.

Which graph uses bars to show the relationships between variables. 1 variable must be a number, while the other is a category.

A. Bar Graph

Bar Graph

Q. This graph shows parts of the whole.

This graph shows parts of the whole.

A. Circle graph/ pie graph

Circle graph/ pie graph

Q. This shows changes in data over time. Both variables in this must be numbers.

This shows changes in data over time. Both variables in this must be numbers.

A. Line graph

Line graph

Q. This item lists information in columns and rows so that it is easy to read and understand.

This item lists information in columns and rows so that it is easy to read and understand.

A. A table

A table

THE EnD

THE EnD