Type the correct capital letter representing the term that goes with each definition.
DO NOT TYPE OUT THE WHOLE ANSWER, JUST THE LETTER
FOR ALL CALCULATION PROBLEMS:
1. Use cm3 for cm3
2. Round any answers with multiple decimals to the hundrethds place *2 DECIMAL POINTS*
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0.5
1
0.5
1
0.5
1
0.5
1
0.5
1
0.5
1
0.5
1
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
2
2
1
1
1
1
1
1
1
1
1
1
0
0
Question 1
1.
The formula used to measure the volume of a small, irregularly shaped solid.
Question 2
2.
Method used to measure the volume of standard geometric shapes such as spheres, cubes, or rectangular prisms.
Question 3
3.
What UNIT do we use to record the MASS of an object?.
Question 4
4.
The formula used to calculate an object's mass is ____
Question 5
5.
The units of measure we use for the Density of a solid
Question 6
6.
The unit of measure used for the volume of a liquid
Question 7
7.
The measure of how much space an object occupies (or takes up)
Question 8
8.
The volume of a solid is measured and recorded in the units ____
Question 9
9.
The measurement is a ratio or comparison that identifies the amount of matter [that exists] in a certain amount of space; a ratio of the amount of mass per 1 unit of volume.
Question 10
10.
The measurement of how much matter exists in an object.
Question 11
11.
________ Weight is actually a measurement of the force of gravity’s pull on an object’s mass and it changes based on location and motion.
Question 12
12.
________ Mass changes based on an object’s location (e.g. on the moon vs on earth).
Question 13
13.
________ Parallax refers to the change in the apparent position of an object when viewed from different points or angles.
Question 14
14.
________ An substance’s density changes based on its size (if we cut it in half) and/or location.
Question 15
15.
________ On a density graph, the line with the steepest slope has the smallest density.
Question 16
16.
________ Volume can only be obtained using direct methods of measurement.
Question 17
17.
Select the Formula you used to solve for the volume of the lead box. __________
Question 18
18.
Volume = _______________
Answer Format: Number followed by units, no space.
Question 19
19.
Select the Formula you used to solve for the Density of the lead box. __________
Question 20
20.
Calculate the lead box’s density if its mass is 456g.
Density = _______________
Answer Format: Number followed by units, no space.
Question 21
21.
Select the Formula you used to solve for the volume of the rock. __________
Question 22
22.
What is the volume of the rock?
Volume = _______________
Answer Format: Number followed by units, no space.
Question 23
23.
Select the Formula you used to solve the mass of the rock__________
Question 24
24.
The rock has a density of 3.5 g/cm3. What is its mass?
Mass = _______________
Answer Format: Number followed by units, no space.
Question 25
25.
Select the formula you used to solve the volume of the brass sample. __________
Question 26
26.
The density of a piece of brass is
8.4 g/cm3. If the mass of the brass sample is 756 g, what is its volume?
VOLUME: __________
Answer Format: Number followed by units, no space.
Question 27
27.
Select the formula you used to solve for the volume of the cube__________
Question 28
28.
Solve for the volume of the cube.
Volume = ___________
Question 29
29.
Select the formula you used to solve for the density of the cube__________
Question 30
30.
What is its density if its mass is 307.2g?
Density = ___________
I suggest that you complete this section ["Identify the Substance" table] on your paper before entering your answers below
(Doing so ensures you're using the right numbers and prevents any confusion when entering your answers).
Question 31
31.
Select your answer from the densities provided.
__________
Question 32
32.
Which formula did you use to solve? __________
Question 33
33.
The substance is __________
Question 34
34.
What is the mass of this substance?
Type the number and unit, no space.
Question 35
35.
Which formula did you use to solve for the mass? __________
Question 36
36.
The substance is __________
Question 37
37.
Type the volume of LIQUID Mercury. Mercury is a liquid at room temperature, your units should reflect that.
Only type the number and unit, no space.
Question 38
38.
Select your answer from the densities provided.
__________
Question 39
39.
Which formula did you use to solve for the volume? __________
Question 40
40.
Which of the 8 substances on the density chart above would float (list all that apply)? Explain your answer, make sure you mention what the density of water is equal to.
Question 41
41.
List two out of the three rules for how to use a graduated cylinder (use ALL the words).
Question 42
42.
What do we call the plastic ring placed at the top of a graduated cylinder to prevent it from breaking AND where (specifically) should it be placed on the graduated cylinder in order for it to be effective?
IDENTIFY: Pick two measurements (from the word bank below) to answer the next three questions. You will use some answers twice and some will not be used at all.
Question 43
43.
Which two measurements are constants?
Question 44
44.
Which two measurements are found using instruments like balances and scales?
Question 45
45.
Which two measurements have different units based on the state of matter of the substance being measured?
DENSITY GRAPHING
Round any answers with decimals to the nearest 100th (2 decimal places).
NOTE:
Density has to be a decimal - round to the nearest 100th when needed. (2 decimal places)
Don't forget units in your answers
Question 46
46.
Calculate the density of substance E?
Answer Format: Number and unit, no space
Question 47
47.
Calculate the density of substance H?
Answer Format: Number and unit, no space
Question 48
48.
Based on the graph, estimate the volume of Substance G if the mass is 4g.
Answer Format: Number and unit, no space
Question 49
49.
Use the graph to estimate the mass of substance F when its volume is 7 cm3.
Answer Format: Number and unit, no space
Question 50
50.
Which of the objects would sink in water?
Answer Format: Type the capital letter representing the substance. If multiple, separate with a comma, no space.
Question 51
51.
Use the position of the lines on the graph (and not their calculated densities) to explain how you knew which substances would sink.
EXTRA CREDIT: Use the graph to solve
NOTE: MASS COUNTS BY 2’S, VOLUME COUNTS BY 1’S.
Question 52
52.
If you had 8 grams of each material. Would you have a greater volume of material C or B?
Question 53
53.
Draw a line to represent a subsgtance with a density of 2g/cm3
