Three masses are attached to a meter stick as shown in the figure below. The mass of the meter stick is 150 grams. The masses to the left of the balance point (s) have values m1=50.0 grams and m2=75.0 grams. Find the mass that needs to be on the left (m3) so that the system is balanced. 30 cm- 40 cm 30 cm 748 grams 587 grams 784 grams 823 grams 984 grams 892 grams 100 grams 253 grams O 123 grams 317 grams

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Three masses are attached to
a meter stick as shown in the
figure below. The mass of the
meter stick is 150 grams. The
masses to the left of the
balance point (s) have values
m1=50.0 grams and m2=75.0
grams. Find the mass that
needs to be on the left (m3) so
that the system is balanced.
30 cm-
40 cm
30 cm
748 grams
587 grams
784 grams
823 grams
984 grams
892 grams
100 grams
253 grams
O 123 grams
317 grams
Transcribed Image Text:Three masses are attached to a meter stick as shown in the figure below. The mass of the meter stick is 150 grams. The masses to the left of the balance point (s) have values m1=50.0 grams and m2=75.0 grams. Find the mass that needs to be on the left (m3) so that the system is balanced. 30 cm- 40 cm 30 cm 748 grams 587 grams 784 grams 823 grams 984 grams 892 grams 100 grams 253 grams O 123 grams 317 grams
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