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This section includes 24 Mcqs, each offering curated multiple-choice questions to sharpen your Biomedical Instrumentation knowledge and support exam preparation. Choose a topic below to get started.
1. |
What enables the system to transfer cell pattern recognition information into differential results in an image processor? |
A. | A flying spot-scanner |
B. | A three-colour flying spot-scanner |
C. | Golay logic processor |
D. | Golay linear processor |
Answer» D. Golay linear processor | |
2. |
What is used to check the wavelength calibration of a spectrometer? |
A. | Absorption filter |
B. | Helium oxide filter |
C. | Homium oxide filter |
D. | Helium dioxide filter |
Answer» D. Helium dioxide filter | |
3. |
There are two types of coils employed in the system, which are ______________ |
A. | Tygon coils and mixing coils |
B. | Mixing coils and tubing coils |
C. | Delay coils and tygon coils |
D. | Mixing coils and delay coils |
Answer» E. | |
4. |
Which of the following is not determined by the cell identification system? |
A. | Lymphocytes |
B. | Basophils |
C. | Monocytes |
D. | Erythrocytes |
Answer» E. | |
5. |
The system is built around a Zeiss microscope with two______ eyepieces and a _____ oil immersion objective and with computer controlled focusing. |
A. | 40 x, 10 x |
B. | 10 x, 40 x |
C. | 15 x, 40 x |
D. | 15 x, 10 x |
Answer» D. 15 x, 10 x | |
6. |
Miller (1976) describes a differential white blood cell classifier based upon a ______ approach. |
A. | A four-colour flying spot-scanner |
B. | A four-colour flying-scanner |
C. | A three-colour flying spot-scanner |
D. | A three-colour flying-scanner |
Answer» D. A three-colour flying-scanner | |
7. |
In the settling error, if the readings are taken within 4–5 min., the settling error is? |
A. | Less than 1% |
B. | Less than 10% |
C. | More than 1% |
D. | Equals 1% |
Answer» B. Less than 10% | |
8. |
Which of the following is not the error of the electronic counter? |
A. | Settling error |
B. | Coincidence error |
C. | Concentration error |
D. | Dilution errors |
Answer» D. Dilution errors | |
9. |
In picoscale, the number of particles N in a unit volume is determined from the relation if H stands for a factor of dilution, L is scaling factor of the counter, V is measured volume and E is result display on the digital display. |
A. | N = HL/VE |
B. | N = H/LVE |
C. | N = HV/LE |
D. | N = HLV/E |
Answer» E. | |
10. |
THE_SYSTEM_IS_BUILT_AROUND_A_ZEISS_MICROSCOPE_WITH_TWO_______EYEPIECES_AND_A______OIL_IMMERSION_OBJECTIVE_AND_WITH_COMPUTER_CONTROLLED_FOCUSING.?$ |
A. | 40 x, 10 x |
B. | 10 x, 40 x |
C. | 15 x, 40 x |
D. | 15 x, 10 x |
Answer» D. 15 x, 10 x | |
11. |
There are two types of coils employed in the system, which are ______________$ |
A. | Tygon coils and mixing coils |
B. | Mixing coils and tubing coils |
C. | Delay coils and tygon coils |
D. | Mixing coils and delay coils |
Answer» E. | |
12. |
Which_of_the_following_is_not_the_determined_by_the_cell_identification_system?$ |
A. | Lymphocytes |
B. | Basophils |
C. | Monocytes |
D. | Erythrocytes |
Answer» E. | |
13. |
What enables the system to transfer cell pattern recognition information into differential results in image processor? |
A. | A flying spot-scanner |
B. | A three-colour flying spot-scanner |
C. | Golay logic processor |
D. | Golay linear processor |
Answer» D. Golay linear processor | |
14. |
The system is designed to analyze standard slides at a_______ slides per hour rate. |
A. | 30 to 35 |
B. | 20 to 30 |
C. | 40 to 50 |
D. | 35 to 40 |
Answer» E. | |
15. |
In diff-3 system, counts and differentiates _______ important categories of red blood cells. |
A. | Three |
B. | Seven |
C. | Four |
D. | Two |
Answer» C. Four | |
16. |
What_is_used_to_check_the_wavelength_calibration_of_a_spectrometer? |
A. | Absorption filter |
B. | Helium oxide filter |
C. | Homium oxide filter |
D. | Helium dioxide filter |
Answer» D. Helium dioxide filter | |
17. |
Miller (1976) describes a differential white blood cell classifier based upon a______ approach? |
A. | A four-colour flying spot-scanner |
B. | A four-colour flying-scanner |
C. | A three-colour flying spot-scanner |
D. | A three-colour flying-scanner |
Answer» D. A three-colour flying-scanner | |
18. |
To obtain the statistical error, the instrument reading should be multiplied by the scaling factor of the counter. |
A. | True |
B. | False |
Answer» B. False | |
19. |
In the settling error, if the readings are taken within 4–5 min., the settling error is?$ |
A. | Less than 1% |
B. | Less than 10% |
C. | More than 1% |
D. | Equals to 1% |
Answer» B. Less than 10% | |
20. |
Which of the following is not the error of electronic counter? |
A. | Settling error |
B. | Coincidence error |
C. | Concentration error |
D. | Dilution errors |
Answer» D. Dilution errors | |
21. |
What is the dilution factor of platelet count? |
A. | 63000 |
B. | 630 |
C. | 6300 |
D. | 63 |
Answer» D. 63 | |
22. |
For white cells, the diameter of capillaries are? |
A. | 58 micrometer |
B. | 72 micrometer |
C. | 116 micrometer |
D. | 102 micrometer |
Answer» E. | |
23. |
In picoscale, the number of particles N in a unit volume is determined from the relation if H stands for factor of dilution, L is scaling factor of the counter, V is measured volume and E is result display on the digital display. |
A. | N = HL/VE |
B. | N = H/LVE |
C. | N = HV/LE |
D. | N = HLV/E |
Answer» E. | |
24. |
The instrument picoscale primarily counting for? |
A. | MCH |
B. | MCV |
C. | PBC |
D. | PCT |
Answer» D. PCT | |