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2. The following values are part of a set of experimental data: 34.7cm and 19.65mm. How many significant figures would be present in the sum of these two figures? T 3. Given that the definition of area is Area= length x width, determine the basic or fundamental unit form of the unit of the area.

2. The following values are part of a set of experimental data: 34.7cm and 19.65mm. How many significant figures would be present in the sum of these two figures? T 3. Given that the definition of area is Area= length x width, determine the basic or fundamental unit form of the unit of the area.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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PLEASE ANSWER THESE THREE PLEASE THIS IS MY LAST TUTOR QUESTIONS SO PLEASE ANSWER THIS THANK YOU

2. The following values are part of a set of experimental data: 34.7cm and 19.65mm. How many significant figures would be present in the sum of these two figures? T 3. Given that the definition of area is Area3 length x width, determine the basic or fundamental unit form of the unit of the area.
Transcribed Image Text:2. The following values are part of a set of experimental data: 34.7cm and 19.65mm. How many significant figures would be present in the sum of these two figures? T 3. Given that the definition of area is Area3 length x width, determine the basic or fundamental unit form of the unit of the area.
3. Rewrite 2800 in scientific notation having 2 significant figures to be consistent with uncertainty 2800 10. 4. Write the standard form. (a) Speed of light in a vacuum 298 000 000km's (b) One light year 10 000 000 000 000km Ctr)
Transcribed Image Text:3. Rewrite 2800 in scientific notation having 2 significant figures to be consistent with uncertainty 2800 10. 4. Write the standard form. (a) Speed of light in a vacuum 298 000 000km's (b) One light year 10 000 000 000 000km Ctr)
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