Can you help me answer the second part of question 3: Examine your individual measurements of the wooden block and come up with an approximate range of uncertainty. Below is the "Wooden block with calipers" chart to use.

4. Repeat your measurements and calculations for the wooden block with the calipers. THIMTIOOH (23gbs b WOODEN BLOCK WITH CALIPERS L Measurement Length Width Height 90. 84 mm #1 90. 87 mm 90. Blamm / 108.01 mm |53.99 aim #2 90.88 mm 90.87 mm |68. 00mm|53.79 mm #3 90.88mm 106.03mm (20 . 60mm) Volume Average 90.87 mm /108:01 mm |55. 99 mm 316,022 mm W 48- 01mm is oneil mow Tour 48. 03 mm hit in 1 53.99 to amoe 10 dam is I our inon bidensig ,besieat olson off to" 68. 00 mm ANALYSIS Jition 53.99 mmunion galbrion slave erdi at mainoneroin all indrasdomost dobestom 60.00 mm wod blood 1. What advantages did the meterstick have over the calipers when measuring the metal block? 1000.() 12zison A meterstick has the potential to measure a bigger metal block than a caliper would. of sia ed , alarmism digna 1 2. What advantages did the calipers have over the meterstick when measuring the metal block? The caliper has a more accurate and precise measurement. amulov 3. Were the calipers the appropriate tool for measuring the dimensions of the wooden block? Why or why not? Examine your individual measurements of the wooden block and come up with an approximate range of uncertainty. yes, if the wooden block was small enough to be measured with the caliper . momswesom ord gibson doled mardi svoron ush bas dosido eth no vineg awst endl scold) . 68 PHYSICS LABORATORY EXPERIMENTS PHYSICS LABORATORY EXPERIMENTS