Biology 1.1 Test Review

What kind of microscope can see bacteria cells stained with dye?

• Compound (Light) microscope

• Dissecting Microscope

• scanning electron microscope

• transmission electron microscope

Which microscope could be used to see the INNER PARTS of dead cell's organelles (smaller parts)?

• Dissecting Microscope

• Compound (Light) Microscope

• Scanning Electron Microscope

• Transmission Electron Microscope

Which microscope could be used to see the OUTER PARTS of dead cell's organelles (smaller parts)?

• Dissecting Microscope

• Compound (Light) Microscope

• Scanning Electron Microscope

• Transmission Electron Microscope

Which microscope could be used to see a whole insect, like a bee, in greater detail?

• Dissecting Microscope

• Compound (Light) Microscope

• Scanning Electron Microscope

• Transmission Electron Microscope

True or False: Bubbles/min is measured on the X-axis of this graph

• True

• False

Tags

NGSS.MS-LS1-6

True or False: Depth is measured on the X-axis of this graph

• True

• False

The X-axis most commonly measures which variable?

• Independent

• Dependent

• Control

• Constant

Tags

NGSS.MS-PS3-1

The Y-axis most commonly measures which variable?

• Independent

• Dependent

• Control

• Constant

Tags

NGSS.MS-PS3-1

What conclusions can be drawn form this graph? (CO2 is Carbon Dioxide)

• Atmospheric carbon dioxide is responsible for global warming

• Atmospheric Carbon Dioxide Levels in parts per million have been rising since 1960

• Atmospheric Carbon Dioxide Levels in parts per million have been falling since 1960

• Atmospheric carbon dioxide levels have not meaningfully changed in the past several decades

Tags

NGSS.MS-ESS3-5

Sarah forgot to add units to her graph, leaving both the X and Y axis without numbers. What can we still interpret from Sarah's Graph?

• The enzyme works best as a specific temperature

• The enzyme works best at all temperatures

• The enzyme activity is dependent on pH

• This enzyme would work for bacteria that live in volcanos and humans equally well