I need the answer as soon as possible A balsa wood block of mass 56 ig tloats on a lakebobbing up and down at a frequency of 3.3 HaPart AWhat is the value of the effective spring constant of the water?Express your answer to two significant figures and include the appropriate unitsValueUnitsSubmitBeavest AnawerPart BA partialy filled water bottle of mass 0.29 kg and almost the same size and shape of the balsa block is tosed inlo thewater. At what trequency would you expect the bottle to bob up and down? Assume SHM.Express your answer to two significant tigures and include the appropriate units.f- ValueUnitsSubmitRequest Answer

Given: Mass,m=56g=56×10-3kgFrequency,f=3.3HzMass of bottle,mb=0.29kg An object that is coupled to a…

A balsa wood block of mass 56 ig floats on a lake bobbing up and down at a frequency of 33 Ha Part A What is the value of the effective pring constant of the water? Express your answer to two significant figures and inelude the appropriate unita k- Value Units Submit Reauest Anwer Part B A partially filled water bottle of mass 0.29 kg and almost the same size and shape of the balsa block is toused into the water. At what trequency would you expect the bottle to bob up and down? Assume HM. Express your answer to two significant tigures and include the appropriate units. 1- Value Units Submit Request Anseer

A balsa wood block of mass 56 ig floats on a lake bobbing up and down at a frequency of 33 Ha Part A What is the value of the effective pring constant of the water? Express your answer to two significant figures and inelude the appropriate unita k- Value Units Submit Reauest Anwer Part B A partially filled water bottle of mass 0.29 kg and almost the same size and shape of the balsa block is toused into the water. At what trequency would you expect the bottle to bob up and down? Assume HM. Express your answer to two significant tigures and include the appropriate units. 1- Value Units Submit Request Anseer