A hammer is balanced at the point "A", close to the metal part. If this hammer is then cut along the blue line at "A", which side will have more mass? Group of answer choices 1-Both sides will have the same mass 2-The longer side, i.e. the wooden side 3-The shorter side, i.e. metal side A meter stick is balanced at its center (i.e. at the 50 cm mark). At the 32 cm mark is placed a 137 gram mass. Where should a 279 gram mass be placed, so that the stick remains balanced. Write your answer as the cm mark on the meter stick (round to one place of decimal).
A hammer is balanced at the point "A", close to the metal part. If this hammer is then cut along the blue line at "A", which side will have more mass? Group of answer choices 1-Both sides will have the same mass 2-The longer side, i.e. the wooden side 3-The shorter side, i.e. metal side A meter stick is balanced at its center (i.e. at the 50 cm mark). At the 32 cm mark is placed a 137 gram mass. Where should a 279 gram mass be placed, so that the stick remains balanced. Write your answer as the cm mark on the meter stick (round to one place of decimal).
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A hammer is balanced at the point "A", close to the metal part. If this hammer is then cut along the blue line at "A", which side will have more mass?
Group of answer choices
1-Both sides will have the same mass
2-The longer side, i.e. the wooden side
3-The shorter side, i.e. metal side
A meter stick is balanced at its center (i.e. at the 50 cm mark). At the 32 cm mark is placed a 137 gram mass. Where should a 279 gram mass be placed, so that the stick remains balanced. Write your answer as the cm mark on the meter stick (round to one place of decimal).
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