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Graphing and Microscopes

Total questions: 38

Worksheet time: 57mins

Name
Class
Date
1.
This image shows the detailed structure of the tiny mitochondria organelle.  Which microscope most likely took this image?
a)
Compound Light
b)
Scanning Electron
c)
Dissecting
d)
Transmission Electron
2.
Which microscope would you use to see a bed bug in 3D, with a magnification of about 500,000X?
a)
Compound Light
b)
Scanning Electron
c)
Dissecting
d)
Transmission Electron
3.
Which microscope has a magnification range around 4X-100X?
a)
Compound Light
b)
Transmission Electron
c)
Dissecting
d)
Scanning Electron
4.
Which electron microscope provides details of a cell's internal structures?
a)
Scanning Electron Microscope (SEM)
b)
Transmission Electron Microscope (TEM)
c)
Light Microscope
d)
Dissecting Microscope
5.
Which microscope took a 3D image of this fly's head?
a)
Compound Light
b)
Transmission Electron
c)
Dissecting
d)
Scanning Electron
6.
Which type of microscope would you use to see the outside of a paramecium at 1000X magnification?
a)
Compound Light
b)
Scanning Electron 
c)
Dissecting
d)
Transmission Electron
7.
Which microscope would you use to see the outside of a bee with a magnification under 100X. 
a)
Compound Light
b)
Scanning Electron
c)
Dissecting
d)
Transmission Electron
8.
Which microscope delivers the highest overall magnification possible?
a)
Scanning Electron (SEM)
b)
Transmission Electron Microscope (TEM)
c)
Light Microscope
d)
Dissecting Microscope
9.

This graph shows the amount of gas, in ounces, in a lawn mower gas tank, modeled as a function of time.

a)

The maximum amount of gas in the gas tank was 60 ounces.

b)

The amount of gas in the gas tank is at a maximum at 0 minutes.

c)

The gas tank will be empty after 60 minutes.

10.

Jared measured the total height of the water in a bucket at different times during a rainfall. He displays his data using the graph shown. Select ALL the conclusions that Jared can correctly make using the graph.

a)

The height of the water in the bucket increases 1/2 inch every minute.

b)

The height of the water in the bucket increases at a rate of 3 inches per hour.

c)

In the first 20 minutes, the height of the water increases by 2 inches.

d)

It takes 60 minutes for the height of the water to increase by 4 inches.

e)

There is already 1 inch of water in the bucket when Jared places it outside.

11.

This graph shows the temperature in the lab for an entire experiment. (Determine which statement(s) is/are true.)

a)

The temperature reached its highest point during the experiment at Hour 12.

b)

The temperature was at its lowest when the experiment began.

c)

The temperature was decreasing for more hours than it was increasing during the experiment.

d)

The temperature at the end of the experiment was equal to the temperature at the beginning of the experiment.

12.

This graph shows the population of the town of Golden Hills, modeled as a function of time since the town's found.

a)

The population is increasing throughout the time period.

b)

The greatest growth in population was from year 5 to 15.

c)

The population has a constant rate of change.

d)

The population was about 9,000 when the town was founded.

13.
How many more people have purple for a favorite color than red?
a)
3
b)
5
c)
7
d)
9
14.
How many students have blue for a favorite color?
a)
11
b)
12
c)
14
d)
17
15.
How many people like cheese pizza the best?
a)
5
b)
10
c)
25
d)
50
16.
How many mountain bikes were sold?
a)
22
b)
28
c)
16
d)
6
17.
What is the independent variable on the graph (x-axis)?
a)
Metro Bicycle Shop Weekly Sales
b)
Bicycles Sold
c)
Types of Bicycles
18.
What is the dependent variable on the graph (y-axis)?
a)
Metro Bicycle Shop Weekly Sales
b)
Bicycles Sold
c)
Types of Bicycles
19.
How many total people took the survey?
a)
50
b)
150
c)
100
d)
200
20.
What is happening in the graph between 30 and 40 minutes?
a)
Sarah is accelerating
b)
Sarah is not moving
c)
Sarah is slowing down
d)
Sarah is travelling at a constant speed
21.
A 5 kg bowling ball, a 0.25 kg baseball, and a 0.05 kg golf ball are dropped from a 100-meter high building. A camera catches the motion of the balls as they pass specific markers (in meters, m) on the building. The times (in seconds, s) that each object passes the markers are listed in the table below. Which of the following conclusions is true?
a)
Light objects fall faster than heavy ones.
b)
All objects fall at the same rate regardless of mass.
c)
Heavy objects fall faster than light ones.
d)
Objects of different shapes fall at the same rate
22.
Tony recorded data from his chemistry experiment in the following table.  Which of the categories from Tony's data table includes qualitative observations?
a)
color
b)
temperature
c)
mass
d)
volume
23.
Inferences are
a)
never made by scientists.
b)
questions that are made by studying conclusions or predictions.
c)
conclusions or predictions that are made by studying observations.
d)
exactly the same as observations
24.
Mr. Swanson's science class used a thermometer to measure the outside temperature each day throughout the school year.
They used their results to make the graph below.

Which month had an average daily temperature of around 41 degrees?
a)
May
b)
April
c)
December
d)
March
25.
The data in the graphs show the progress of a chemical reaction with time by expressing the volume of gas produced in milliliters (ml) over time in minutes. Which graph shows that the chemical reaction eventually stopped?
a)

X B.W C.Y D.Z
b)
W
c)
Y
d)
Z
26.

The graph shows the top selling food items from a local restaurant. The managers are comparing the type of food sold during different years. What conclusion could the managers make about the type of food sold?

a)

Fish and chips were the most popular food sold over time

b)

Pizza increased the most over time

c)

In 1980, hamburgers sold the most while pizza sold the least

d)

In 1990, pizza was sold the most while hamburgers were sold the least

27.

Mrs. Jay teaches Jack and Olivia and is trying to compare their how productive they are in class. the graph shows the number of assignments that they completed over a few months. What conclusion could Mrs. Jay make about her their productivity?

a)

Olivia increased her productivity the most over time

b)

Jack increased his productivity the most over time

c)

In March, Olivia was most productive when Jack was least productive

d)

In February, Jack was most productive when Olivia was least productive

28.

When the pressure is 16 kb, what is the depth in the earth's layers?

a)

20km

b)

53km

c)

71km

d)

90km

29.

When the depth is 71km , what is the pressure?

a)

20kb

b)

53kb

c)

10kb

d)

37kb

30.

How many more perch are in pond 2 than in pond 1?

a)

There are 30 more perch in pond 2 than 1

b)

There are 35 more perch in pond 2 than1

c)

There are 10 more perch in pond 2 than 1

d)

There are 5 more perch in pond 2 than pond 1

31.

The graphs shows the population of foxes and grouse over several years. These animals share the same habitat and foxes hunt food and grouse are often hunted as prey by foxes. Which year did the population of foxes show a decrease that could be result in a decrease in the aavailability of food as a source of food?

a)

2003

b)

2005

c)

2008

d)

2010

32.

What class has the highest enrollment?

a)

Biology

b)

Chemistry

c)

Physics

d)

Earth Science

e)

Anatomy

33.

What label should go on the x-axis?

a)

Popular Classes

b)

Number of Students

c)

Student Enrollment

d)

Classes (Types)

34.

How many students are enrolled in Anatomy?

a)

220

b)

140

c)

60

d)

210

e)

100

35.

On Day 11, the plant that was grown with 1 hour of sunlight was approximately how tall?

a)

0-5mm

b)

10-15mm

c)

40-45mm

d)

175-180mm

36.

Based on the graph, the plant grows best in what amount of sunlight?

a)

1 hour of sunlight

b)

3 hours of sunlight

c)

6 hours of sunlight

d)

9 hours of sunlight

37.

What was the maximum temperature in April?

a)

50*F

b)

60*F

c)

70*F

d)

100*F

38.

On Day 7, the plants kept in the sun for 3 hours were how tall?

a)

10mm

b)

20mm

c)

30mm

d)

40mm