Set the hanging mass to 40.0 gSet the system mass (mass of hanging plus mass of cart) to 400.0 g.Click "Load"Select a logical symbol for each mass, and enter the units, symbols, and mass values below. Be sure the sig figs in your table are correct. Your data table should contain only one row.NOTE: These masses will stay the same throughout the experiment. Once they are set, do not change them.table actions menu Hanging Mass System Massunitssymbolunitssymbol1

Mass m1 is connected by a string through a hole in the table to a hanging mass m2. Mass m1 slides in a circle on the table with just enough speed that m2 doesn't fall. Which is the correct free body diagram for mass m1 on the table?

A meter stick is supported at the 50-cm mark. A 0.40 kg mass is hanging at the 20 cm mark and a 0.60 kg hanging at the 80-cm mark. Where should a third mass that weighs 0.30 kg be hung to keep the stick balanced?

Three masses are attached to a uniform MASSLESS meter stick, as shown in figure above.  The masses to the left of the fulcrum are m1 = 7.75kg and m2 = 9.2 kg. Find the mass that balances the system when it is attached at the right end of the stick. Round your answer to the nearest tenth decimal place

A meterstick is supported by a knife-edge at the 50-cm mark. Doug hangs masses of 0.40 and 0.60 kg from the 5-cm and 70-cm marks, respectively. Where should Doug hang a third mass of 0.20 kg to keep the stick balanced?Select one:a.10 cmb.90 cmc.20 cmd.50 cme.80 cm

A metre scale has a weight of 10 grams at a distance of 20 cm from the pivot. To balance this a student places another weight at a distance of 35 cm. Calculate the mass of this weight.