Making Measurements Word Scramble
|
Embed Code - If you would like this activity on your web page, copy the script below and paste it into your web page.
Normal Size Small Size show me how
Normal Size Small Size show me how
| Question | Answer |
| What is volume? | the measure of the amount of space something takes up |
| What is mass? | describes how much matter is in a substance/object |
| What is matter? | Anything that has mass and volume |
| What is density? | the amount of matter packed into a space (amount of mass per unit of volume) |
| What is a physical property? | a characterisic or feature of matter |
| What is a characterisitic property? | a physical or chemical property that does not change regardless of the amount |
| which units are commonly used to describe volume? | mL, L, kL |
| Which units are commonly used to describe mass? | g, mg, kg |
| Which units are commonly used to describe length/distance? | mm, cm, m, km |
| What instrument(s) are often used to measure liquid volume? | graduated cylinder, beaker, flask |
| What formula should be used to measure the volume of a regularly-shaped object? | Length x width x height |
| What method should be used to measure a small, irregularly-shaped object? | water displacement |
| Finish this statement: the volume displaced by an object is equal to _______ | the object's volume |
| 1 cubic centimeter is equal to ____ mL | one mL |
| units used to describe the volume of solid objects | cubic units (cubic centimeters or cubic meters) |
| what should you do first when using a triple beam balance? | calibrate the balance ("zero" it) |
| You place 40 mL of water into a graduated cylinder. Then, you put an object into the g.c. The volume rises to 59 mL. What is the volume of the object? | 19 cm3 |
| you measure the length of the classroom floor. It is 10 meters and 54 centimeters. Describe its length in meters only. | 10.54 meters |
| Liquids with the following densities were poured into a container: water (1g/mL), rubbing alcohol (.80 g/mL), mercury (13.9 |
Created by:
jsolari
Popular Physical Science sets