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Two containers of sand are arranged like...

Two containers of sand are arranged like the block as shown in fig. the containers alone have negligible mass, the sand in them has a total mass `M_("tot")` , the sand in the hanging container H hs mass m.

To measure the magnitude a of the acceleration of the system, a large number of experiments carried out where m varies from experiment to experiment but `M_("tot")` does not, that is, sand in shifted between the containers before each trial .

Which of the curves in graph correctly gives acceleration magnitude as a function of the ratio `m//M_("tot")` (vertical axis is for acceleration)?

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Two containers of sand are arranged like the block as shown in fig. the containers alone have negligible mass, the sand in them has a total mass M_("tot") , the sand in the hanging container H hs mass m. To measure the magnitude a of the acceleration of the system, a large number of experiments carried out where m varies from experiment to experiment but M_("tot") does not, that is, sand in shifted between the containers before each trial . Which of them gives the tension in the connecting cord (vertical axis is for tension) ?

Two containers of sand are arranged like the block as shown in fig. the containers alone have negligible mass, the sand in them has a total mass M_("tot") , the sand in the hanging container H hs mass m. To measure the magnitude a of the acceleration of the system, a large number of experiments carried out where m varies from experiment to experiment but M_("tot") does not, that is, sand in shifted between the containers before each trial . Which of them gives the tension in the connecting cord (vertical axis is for tension) ?

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