Adjustment knob - Study guides, Class notes & Summaries

MIP 302 - Exam 2 Where is the ocular lens located? - correct answer Where is the arm of the microscope located? - correct answer Where is the objective lens located? - correct answer Where is the diaphragm of the microscope located? - correct answer Where is the fine adjustment knob located? - correct answer Where is the coarse adjustment knob located? - correct answer Where is the light source of the microscope? - correct answer Where is the stage of the microscope?...

ACM Exam Questions & Answers 2024/2025 What is the official nomenclature for the commonly used term COPS? - ANSWERSClip on power source Parts of ANVIS6 - ANSWERS-Vertical adjustment knob -Lock release button -eye piece focus ring -tilt lever -eye span adjustment knob -objective focus ring -fore/aft adjust knob -low battery indicator What is the greatest source of natural illumination at night? - ANSWERSMoonlight is the greatest source of natural illumination at night. The sun a...

3 domains of the tree of life - Bacteria, Archaea, Eukarya 4 kingdoms of eukarya - Protista, Plantae, Fungi, Animalia arm - use to safely carry the microscope coarse adjustment knob - use to focus at low power ONLY competative inhibition - when molecules similar to a substrate compete for placement on the active site of an enzyme, Vmax is still possible is substrate concentration is high enough Condenser - concentrates the light on the specimen control treatment - a treatment in which you...

COARSE ADJUSTMENT KNOB correct answer: used with the low power objective CONDENSER correct answer: controls the amount of light FINE ADJUSTMENT KNOB correct answer: used with the high power objective OCULAR LENS correct answer: eyepiece TUBE correct answer: holds the nosepiece mass correct answer: amount of matter in an object volume correct answer: amount of space an object takes up water displacement correct answer: used to measure the volume of an irregular object...

arm - use to safely carry the microscope coarse adjustment knob - use to focus at low power ONLY condenser - concentrates the light on the specimen controlled variable - the variable that could impact the outcome of the experiment by does not because it is held constant and not varied; ex) light, temperature, etc dependent variable - what is measured, observed or counts; must be specific and quantitative; ex) heart rate diffusion - movement of particles from an area of high concentration ...

condenser Ans: concentrates the light on the specimen high power objective Ans: 40x ocular Ans: lens nearest to the eye stage adjustment knobs Ans: moves a slide around the stage low power objective Ans: 4x arm Ans: use to safely carry the microscope stage Ans: platform on which the slide is mounted iris diaphragm Ans: controls the amount of light reaching the specimen medium power objective Ans: 10x coarse adjustment knob Ans: use to focus at low power ONLY fine adjustment k...

In terms of solution concentration, which of the following terms would be applied to the representation below? m = moles/kg of solvent - correct answer molality The parts of a binocular bright-field microscope would include all of the following: - correct answer Body tube, Light Base, Eyepiece Diopter adjustment, Interpupillary distance adjustment, Revolving nosepiece, Objectives, Stage with side clips, Condenser and iris diaphragm, Light, Arm, Coarse adjustment knob,, Fine adjustment ...

In terms of solution concentration, which of the following terms would be applied to the representation below? m = moles/kg of solvent - correct answer molality The parts of a binocular bright-field microscope would include all of the following: - correct answer Body tube, Light Base, Eyepiece Diopter adjustment, Interpupillary distance adjustment, Revolving nosepiece, Objectives, Stage with side clips, Condenser and iris diaphragm, Light, Arm, Coarse adjustment knob,, Fine adjustment ...

LAB 1: BIOD 151 Portage Learning Final Exam: (20233/2024) | Graded A| Questions and Verified Answers Question 1 The objective magnification is 4x. The ocular magnification is 10x. What is the total magnification? Your Answer: 4x X 10x = 40x Total magnification = 40x (objective magnification x ocular magnification = total magnification.) Question 2 2.5 / 2.5 pts Which knob is the instructor adjusting in the above picture? ...

What is the total magnification of a sample imaged with a 60x objective and a 10x eyepiece? (short answer) CORRECT ANSWER 60 x 10 = 600x magnification True or False: A cell that is adherent, flat, and unstained is easily identified using bright field microscopy CORRECT ANSWER False. Adherent, flat cells are almost invisible due to the limits on both resolution and contrast Which of the following could be seen clearly by the unaided eye? (multiple choice) CORRECT ANSWER Protozoa with diamet...