Reading...
Play button
Play button
Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
26 Cards in this Set
- Front
- Back
|
microscope which utilizes extremely thin sections of biological material specially fixed and stained
|
transmission electron microscope
|
|
|
utilizes whole specimens
|
scanning electron microscope
|
|
|
kilo
|
1000 or 10^3
|
|
|
hcto
|
100 or 10^2
|
|
|
deka
|
10 or 10^1
|
|
|
deci
|
.1 or 10^-1
|
|
|
centi
|
.01 or 10^-2
|
|
|
milli
|
.001 or 10^-3
|
|
|
micro
|
.000001 or 10^-6
|
|
|
nano
|
.000000001 or 10^-9
|
|
|
pico
|
.000000000001 or 10^-12
|
|
|
1 m =? decimeters
|
10 decimeters
|
|
|
how many cms are in 1 meter
|
100 centimeters
|
|
|
how many millimeters are in 1m
|
1000 millimeters
|
|
|
how many micrometers are in 1mm
|
1000 micrometers
|
|
|
how many nanometers are in 1 micrometer
|
1000 nanometers
|
|
|
how many angstroms are in 1 nanometer
|
10 angstroms
|
|
|
how many milliliters are in 1l
|
1000 milliliters
|
|
|
how many microliters are in 1ml
|
1000 microliters
|
|
|
how many nanoliters are in 1 microliter
|
1000 nanoliters
|
|
|
how many grams are in 1kg
|
1000 grams
|
|
|
how many mg are in 1g
|
1000mg
|
|
|
how many micrograms are in 1g
|
1,000,000 micrograms
|
|
|
how many nanograms are in 1g
|
1,000,000,000 nanograms
|
|
|
what are the steps of the scientific method
|
1. problem is observed
2. hypothesis 3. experiment 4. results 5. conclusion |
|
|
a widely accepted and well supported hypothesis
|
theory
|
