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the volume of the water in the graduated cylinder rose as some of the water was displaced by the golf ball. find the volume of the ball using the formula vb = vf – vi where vb is the volume of the ball, vf is the final volume of the water, and vi is the initial volume of the water. record the volume of the ball in table a of your student guide. what is the volume of the golf ball?

My answer is opptionc, just check with anyone else

Distance covered = speed x timethe distance traveled going against the stream = distance traveled with the stream.therefore it is the speed and the time that are the variables.as he travels the same distance both ways, speed x time is the same for each way.going upstream his speed is 4 kph; going downstream his speed is 6 kph.therefore we have two simultaneous equations: time upstream x 4 = time downstream x 6time upstream + time downstream = 60 minutestherefore we have the equation: time upstream = 6/10 hour, time downstream therefore = 4/10 hour.distance traveled at 4km/hr in 6/10 hour = 24/10 = 2.4km.check: distance traveled at 6km/hr in 4/10 hour = 24/10 = 2.4km.