Science Processes
Metrics
Microscopes
Biology and Your Future
100

A written observation

Data

100

1000 m = _____km 

1 km

100

Used to carry the microscope safely

Arm

100
Define biotechnology

Use of living things and biological processes

200
Inference
Conclusion drawn from observations- what we THINK about what we SEE
200

50 L = _______ cL

5,000 cL

200

Magnification of the eyepiece

10X

200

Example of Biotechnology

GMOs, genetic screening, DNA fingerprinting, DNA testing

300

Scientific journals are ______ sources

Primary

300

Meniscus

Curve in surface of liquid

300

Two types of microscopes

Light and electron microscope

300

Risks of GM foods

Possible long term effects, loss of biodiversity

400

Name the three types of variables

Independent, dependent, and control

400

Three units in the metric system and what they measure

Meter- length

Liter- volume

Gram- mass

400

Formula for total magnification

Total magnification= eyepiece lens power x scanning magnification

400

Health issue that biology can help you understand

Cancer, smoking, obesity, drinking, drug use, food allergies

500

Difference between scientific theory and scientific law

Scientific theory- EXPLAINS why natural phenomena occurs

Scientific law- DESCRIBES observations

500

Define each unit in KHDUDCM

Kilo

Hecto

Deca

Base unit: meter, liter, gram

Deci

Centi

Milli

500

Difference between SEM and TEM

SEM- bounces electrons off specimen

TEM- transmits electrons through slice of specimen

500

Define transgenic organism

Organisms that have DNA from a different species

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