1. October 25 AR 1:34 – 1:49 pm 1

2. Notebook due tomorrow Student Planner October 25
Place this in the proper place
Notebook due tomorrow
bacteriophage

3. Write the answer to answer October 24th Essential Question:
Where in the salt lab did the crystals grow the largest? 4

4. Write your summary in full sentences and list one thing you learned
Review of October 24th
Completed the salt lab, then took notes on microscopes. Reviewed notebook checklist.
Write your summary in full sentences and list one thing you learned 3

5. Topic/Objective:
Name:
Types of microscopes
Class/Period:
Date: Oct 25, 2016
Essential Question: What are the characteristics of different microscope types?

7. 1. Looking at the chart, which situation is showing a chemical change after it was mixed with water?
Substance
Unmixed
Mixed with water A
Blue solid
Expanded to a blue solid B
Powdery, white
Mixed and then separated out C
Cloudy and white color D
Silver solid
Powdery orange

8. 2.The equation shows which type of process? H2O(L) H2O(S)
L= Liquid
S= Solid
Chemical Change
Physical Change
None of the above

9. A) .2 meters B) 5 meters C)10 meters D) 20 meters
3. The graph below shows the speed of a vehicle. How far did the vehicle travel during the first two seconds? V=D/T
A) .2 meters
B) 5 meters
C)10 meters
D) 20 meters
Speed
(m/s) 10 5 00 1 2 3
Time (seconds)

10. 4. The graph below shows how the position of an object changes over time. What is the speed of the object during the time interval from 30 to 50 seconds?
A) 2 m/s
B) 5 m/s
C) 2.5 m/s
D) .5 m/s
V=D/T 20
Position
(m) 10 10 20 30 40 50
Time (s)

11. Answers 15

12. 1. Looking at the chart, which situation is showing a chemical change after it was mixed with water?
Substance
Unmixed
Mixed with water A
Blue solid
Expanded to a blue solid B
Powdery, white
Mixed and then separated out C
Cloudy and white color D
Silver solid
Powdery orange

13. 1. Looking at the chart, which situation is showing a chemical change after it was mixed with water?
Substance
Unmixed
Mixed with water A
Blue solid
Expanded to a blue solid B
Powdery, white
Mixed and then separated out C
Cloudy and white color D
Silver solid
Powdery orange

14. 2.The equation shows which type of process? H2O(L) H2O(S)
L= Liquid
S= Solid
Chemical Change
Physical Change
None of the above

15. 2.The equation shows which type of process? H2O(L) H2O(S)
L= Liquid
S= Solid
Chemical Change
Physical Change
None of the above

16. A) .2 meters B) 5 meters C)10 meters D) 20 meters
3. The graph below shows the speed of a vehicle. How far did the vehicle travel during the first two seconds? V=D/T
A) .2 meters
B) 5 meters
C)10 meters
D) 20 meters
Speed
(m/s) 10 5 00 1 2 3
Time (seconds)

17. A) .2 meters B) 5 meters C)10 meters D) 20 meters
3. The graph below shows the speed of a vehicle. How far did the vehicle travel during the first two seconds? V=D/T
A) .2 meters
B) 5 meters
C)10 meters
D) 20 meters
Speed
(m/s) 10 5 00 1 2 3
Time (seconds)

18. A) 2 m/s B) 5 m/s C) 2.5 m/s D) .5 m/s V=D/T
4. The graph below shows how the position of an object changes over time. What is the speed of the object during the time interval from 30 to 50 seconds?
A) 2 m/s
B) 5 m/s
C) 2.5 m/s
D) .5 m/s
V=D/T 20
Position
(m) 10 10 20 30 40 50
Time (s)

19. A) 2 m/s B) 5 m/s C) 2.5 m/s D) .5 m/s V=D/T
4. The graph below shows how the position of an object changes over time. What is the speed of the object during the time interval from 30 to 50 seconds?
A) 2 m/s
B) 5 m/s
C) 2.5 m/s
D) .5 m/s
V=D/T 20
Position
(m) 10 10 20 30 40 50
Time (s)

20. HOMEWORK
Notebook due tomorrow. Microscope proficiency test Thursday. All triad 2 work due Friday 15

21. Today’s Work
Microscope types - notes
Microscope care

22. -Microscopes-
Types
Type notes here

23. Dissection Microscope
Type notes here

24. 3-D (sterioscopic-binocular) $100-$500 cannot see cells
Characteristics:
low power
3-D (sterioscopic-binocular)
$100-$500
cannot see cells
Type notes here

25. Compound
Light
Microscope
Type notes here

26. Characteristics: Light powered to 1000x 2-D $150-$10,000
Type notes here

27. Confocal Microscope
Type notes here

28. Characteristics: Laser light powered to 1000x 3-D, digitally enhanced
$20,000-$100,000
Type notes here

29. Type notes here

30. Scanning Electron Microscope
Type notes here

31. Characteristics: Reflected electrons 100,000x 3-D image
subject is gold coated
$50k up into the millions
Type notes here

32. Type notes here

33. Transmission
Electron
Microscope
Type notes here

34. Type notes here

35. electrons pass thru specimen 200,000x 2-D image
Characteristics:
electrons pass thru specimen
200,000x
2-D image
$50k up into the millions
Type notes here

36. The vast majority of other types are used in limited research institutes. Some of these are:

37. Scanning probe
AFM: Atomic Force Microscopy
BEEM: Ballistic Electron Emission Microscopy
EFM: Electrostatic Force Microscope
ESTM: Electrochemical Scanning Tunneling Microscope
FMM: Force Modulation Microscopy
KPFM: Kelvin Probe Force Microscopy
MFM: Magnetic Force Microscopy
MRFM: Magnetic Resonance Force Microscopy NSOM: Near-field Scannin Optical Microscopy
PFM: Piezo Force Microscopy
PSTM: Photon Scanning Tunneling Microscopy

38. PTMS: Photothermal Microspectroscopy/Microscopy
SAP: Scanning Atom Probe Microscopy
SCM: Scanning capacitance Microscope
SECM: Scanning ElectroChemical Microscopy
SGM: Scanning Gate Microscopy
SICM: Scanning Ion-Conductance Microscopy
SPSM Spin Polarized Scanning tunneling Microscopy
SThM: Scanning thermal Microscopy
STM: Scanning Tunneling Microscopy
SVM: Scanning Voltage Microscopy
SHPM: Scanning Hall Probe Microscopy
SSM: Scanning SQUID Microscope
RTM: Recurrence Tracking Microscope
SAM: Scanning acoustic microscope

39. Microscopes have many technological procedures which improve the results. Some of these include:
Bright Field Microscopy
Dark Field Microscopy
Digital Microscope
Fluorescence interference contrast Microscopy
Fluorescence Microscopy
Laser Capture Micro dissection

40. Brightfield – light beamed from below

41. Dark field light hits object leaving back ground black.

42. Fluorescence Microscopy
Showing cheek cells stained with fluorescent dye.

43. Multifocal plane Microscopy
Phase contrast Microscopy
New microscope technology is under constant development, thus the need for life long learning.

44. Tungsten crystal showing atoms at 2,700,000 x

45. Type notes here