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Why should you examine the root tip under high and low power?
The high power is because so you can see it u close and the low power is further away.
When should the high power objective be used?
The high power objective should be used when you need to examine smaller details or structures in a specimen at higher magnification. It provides a higher magnification level compared to the low power objective, allowing you to see finer details.
Why shouldn't you use the course adjustment knob when viewing the specimen under high power?
You shouldn't. You can cause the high objective to smash into the surface of the slide and crack it. Always use the fine adj. for high power and if you cannot get the high power in focus, reverse out to low again and do it over. Ideally, if you are in focus on low, you should be in focus at medium (may have to adjust a small amount) and if you are in focus under medium, when you swing the high power obj. into place, it should be in focus as well (may need a fine tune). Always reverse out and start all over again if you cannot focus it under high power. Deja Was Here
What is the difference when observing a specimen under high power and low power?
use the fine adjustment knob to get a better view of what you are looking at.For low power you can use the coarse adjustment and fine adjustmentfor high power you should only use the fine adjustment because on high power, the objective lens is too close to the slide and using the coarse adjustment may scratch the objective lens.
Does the switch from low power to high power change the position of the image under microscope?
No it does not
Why should you examine the root tip under high and low power?
The high power is because so you can see it u close and the low power is further away.
Where do you find make and serial numbers on a lefever shotgun?
Examine with high power magnification.
How you know if you have high cheek bones?
You should examine your cheeks in the mirror.
When should the high power objective be used?
The high power objective should be used when you need to examine smaller details or structures in a specimen at higher magnification. It provides a higher magnification level compared to the low power objective, allowing you to see finer details.
Why shouldn't you use the course adjustment knob when viewing the specimen under high power?
You shouldn't. You can cause the high objective to smash into the surface of the slide and crack it. Always use the fine adj. for high power and if you cannot get the high power in focus, reverse out to low again and do it over. Ideally, if you are in focus on low, you should be in focus at medium (may have to adjust a small amount) and if you are in focus under medium, when you swing the high power obj. into place, it should be in focus as well (may need a fine tune). Always reverse out and start all over again if you cannot focus it under high power. Deja Was Here
What part of the microscope should a student turn to obtain a clearer image under high power?
Fine Adjustment knob
What part of the microscope should be turned to obtain a clear image under high power?
I believe it's the coarse adjustment.
Which focusing knob do you never use under high power?
The coarse adjustment knob should never be used when viewing in high power with a compound microscope. When in high power, use the coarse adjustment (the knob smaller than the coarse adj.) to more accurately focus on the subject.
How do you view specimen under high power on a microscope?
the same way as under low-power on a microscope: carefully
What is the difference when observing a specimen under high power and low power?
use the fine adjustment knob to get a better view of what you are looking at.For low power you can use the coarse adjustment and fine adjustmentfor high power you should only use the fine adjustment because on high power, the objective lens is too close to the slide and using the coarse adjustment may scratch the objective lens.
What is the difference between the field of view under high and low power?
You can see less under high power because it focuses on a smaller part of the specimen, but in more detail than low power.
Does the switch from low power to high power change the position of the image under microscope?
No it does not
