BIOL 1020 - Laboratory 1 End of Lab Review.

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BIOL 1020 - Laboratory 1 End of Lab Review

Lab 1 Review Become familiar with the light and dissecting microscopes. Understand magnification and scale WHMIS Web Resources

LAB 1 PRACTICE QUESTIONS The microscope you are using has a field diameter of 400 m when using the 40x objective. A cell which fills 50% of the field of view at 40x would be ________ in diameter.

LAB 1 PRACTICE QUESTIONS The Microscope View

LAB 1 PRACTICE QUESTIONS What You Know 50% 400 m = 0.4 mm

LAB 1 PRACTICE QUESTIONS The Final Step 50% 50 % X 400 m = 400 m = 0.4 mm

LAB 1 PRACTICE QUESTIONS The Answer 50% 50 % X 400 m = 200 m or 0.2 mm 400 m = 0.4 mm

LAB 1 PRACTICE QUESTIONS The microscope you are using has a field diameter of 0.5 mm when using the 40x objective. A cell which fills a quarter of the field of view at 40x would be ________ in diameter.

LAB 1 PRACTICE QUESTIONS 400 mm 1.25 mm 125 m 50 mm 250 m

LAB 1 PRACTICE QUESTIONS 400 mm 1.25 mm 125 m 50 mm 250 m

LAB 1 PRACTICE QUESTIONS Which of the following is not one of the three main elements of WHMIS (Workplace Hazardous Materials Information System)?

LAB 1 PRACTICE QUESTIONS Worker Education and Training Health and Safety Rules for Labs Labels Material Safety Data Sheets

LAB 1 PRACTICE QUESTIONS Worker Education and Training Health and Safety Rules for Labs Labels Material Safety Data Sheets

LAB 1 PRACTICE QUESTIONS You are viewing the “F” slide using a compound microscope. The slide is placed on the microscope stage in the following orientation. F

LAB 1 PRACTICE QUESTIONS Which of the following will be the correct appearance of the letter when viewed through the microscope? F A F B F C F D

D LAB 1 PRACTICE QUESTIONS F F F F A B C Which of the following will be the correct appearance of the letter when viewed through the microscope? F A F B D F C F

LAB 1 METRIC LENGTH REVIEW ALL LENGTHS OR DISTANCES IN METRIC ARE BASED ON THE UNIT OF THE METRE THE MOST COMMON PREFIXES CHANGE BY UNITS OF 1000

LAB 1 METRIC LENGTH REVIEW EXAMPLES: 1 kilometre (1km) = 1000 metres 1 metre (1m) = 1000 millimetres 1 millimetre (1mm) = 1000 micrometre micrometre (1m) = 1000 nanometre (nm)

LAB 1 METRIC LENGTH REVIEW The exception to the 1000 rule for distance conversions is cm’s 1 metre is equal to 100 cm and 1 cm is equal to 10 mm 1 cm = 10 mm

LAB 1 METRIC QUESTIONS 2.6 mm is equal to _______ cm _______ m _______ nm

LAB 1 METRIC QUESTIONS 2.6 mm is equal to 0.26 cm 2600 m 2600000 nm

LAB 1 Biology has a Web site This site will have a review of each lab http://www.umanitoba.ca/science/biological_sciences/

BIOL 1020 - Laboratory 1 End of Lab Review