Eyepiece Microscope Inverted Objectives Fleld of Vies Magnification ON Glass Slide Cover Slip Specimen Diaphragm 40 si One of the most important tools in Biology is the (1) helps view things not visible to the unaided eye. It has different parts which werves specific function. The (2) has various magnification such as 3x, 10x, and 15x which is attached to the body tube. On the other hand, the revolving cosepiece have ) attached to it with 10x a Low Power Objective (LPO), 40s as High lower Objective (HPO) and 100% as ou Immersion Objective In preparing a wet mount, place the specimen in a (4) drop of water and cover it with a (5) Tap the cover slip with the eraser end of a pencil to reduce the formation of the bubbles Look at the eyepiece and adjust the mirror to find the (6) microscope which is the bright circle of light. If the light is too bright, dus the (7) The (8) of specimen is computed by multiplying the magnification of the yepiece with the magnification of the Objectives the eyepiece has a magnification of 10x and the objective is the HPO then the specimen magnification is (9) In addition, tuming the we loob upward will result to moving the specimen we in the microscope downward while turing the stare knob to the left w move the
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Eyepiece Microscope Inverted Objectives Fleld of Vies Magnification ON Glass Slide Cover Slip Specimen Diaphragm 40 si One of the most important tools in Biology is the (1) helps view things not visible to the unaided eye. It has different parts which werves specific function. The (2) has various magnification such as 3x, 10x, and 15x which is attached to the body tube. On the other hand, the revolving cosepiece have ) attached to it with 10x a Low Power Objective (LPO), 40s as High lower Objective (HPO) and 100% as ou Immersion Objective In preparing a wet mount, place the specimen in a (4) drop of water and cover it with a (5) Tap the cover slip with the eraser end of a pencil to reduce the formation of the bubbles Look at the eyepiece and adjust the mirror to find the (6) microscope which is the bright circle of light. If the light is too bright, dus the (7) The (8) of specimen is computed by multiplying the magnification of the yepiece with the magnification of the Objectives the eyepiece has a magnification of 10x and the objective is the HPO then the specimen magnification is (9) In addition, tuming the we loob upward will result to moving the specimen we in the microscope downward while turing the stare knob to the left w move the