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If the eyepiece lens of a microscope has a power of 10x and the objective lens has a power of 43x then what is 430x?
430x is the total magnification of the microscope, which is the product of the magnification of the eyepiece lens (10x) and the objective lens (43x). This means that objects viewed through this microscope appear 430 times larger than they actually are.
What are the parts of a light microscopes?
Parts of the light Microscope 1. Ocular lens or eyepiece: most are 10x magnification. The scopes used are binocular (two eyepieces). 2. Body tube: contains mirrors and prisms which direct the image to the ocular lenses. 3. Nosepiece: holds the objective lenses, rotates 4. Objective lenses: usually 3-4 on our scopes, 4x, 10x, 43x, 100x oil immersion (red banding). Total magnification = ocular power x objective power. Most of our binocs have fixed position lenses--the stage moves up and down rather then the lens. 5. Stage: Movable platform on which slides are mounted for viewing; all of the scopes have mechanical stages with X,Y vernier scales. Focus knobs move the stage up and down. 6. Condensor: A substage lens which focus the light on the specimen. The binocs have condensors that move up and down to focus the light beam. 7. Iris Diaphragm: the diaphragm is located just below the stage and controls the amount of light which passes to the specimen and can drastically affect the focus of the image. 8. Focusing knobs: outermost is the fine focus and innermost is the coarse focus. On the binocs these knobs control up/down movement of the stage. 9. Light source: The scopes have built in light sources. The rheostat ON/OFF switch is located either on the scope or on the external power supply and is used to regulate light intensity.
A microscope has 20 X ocular eyepiece and two objective of 10 X and 43 X respectively?
lower power= 20 x 10= 200x higher power= 20 x 43= 860x
If the eyepiece lens of a microscope has a power of 10x and the objective lens has a power of 43x then what is 430x?
430x is the total magnification of the microscope, which is the product of the magnification of the eyepiece lens (10x) and the objective lens (43x). This means that objects viewed through this microscope appear 430 times larger than they actually are.
What is the usual magnifying power of the high power objective on your compound microscope?
The high power objective on a compound microscope typically has a magnifying power of 40x or 50x.
What is the highest magnification that can be obtained witha microscope that has 10x eyepiece with 10x and 43x objectives?
The highest magnification would be achieved by using the 43x objective lens with the 10x eyepiece lens, resulting in a total magnification of 430x (43 x 10 = 430).
What is the product of3x-2x3x 4?
If you mean 3x - 2x * 3x * 43x - 2x * 3x * 43x - 5x * 43x - 20x-17x (negative 17x) is your answer
How do you solve X-2x equals 3x-43x plus 1?
For x-2x= 3x-43x+1 x-2x= -x and 3x-43x+1 = -40x+1 so -x= -40x+1 subtract -x from both sides 0= -39x +1 -1 = -39x so 1=39x so x=1/39
What does 43 x plus 35 equal-?
43x+35 (given the question doesn't define what x is)
What is 43x 6x-1 5x-4?
9194 It may not be right but this is what i come up with
What does the 43x mean on a camera lens?
It means the zoom power, i.e. how much magnification is possible at the long end of the zoom.
Square root of 3x plus 4 equals 2?
sqrt( 3x + 4 ) = 23x + 4 = 43x = 0x = 0Marvelous.
What is the value of x in 3x-4 equals 8?
3x - 4 = 83x = 8+43x = 12x = 12/3 = 4
What tests used to determine a fuel pumps serviceability?
The enesis is abiological when the abiosis is in the abiotrophy into the abirritate crossing the fuel pump's abju. In other words, (x + 1)^10 = x^10 + 10x^9 + 43x^8 + 118x^7 + 210x^6 + 252x^5 + 210x^4 + 118x^3 + 43x^2
