Question

Could you do this please?

Figure 1 Buoyancy simulation Interface Step1: Go to the Buoyancy simulation website of PhET by using the following link https://phet.colorado edu/sims/density-and-buoyancy/buoyancy en html Step2: Click on the tab "Buoyancy Playgound" to perform the simulation Step3: Finish the simulations listed in Table 1. Table 1 Simulation condition matrix Fluid Solution Relative Locations Block2 Case Number of blocks Block 1 Requirement Float or sink? V, w in air, Va Fb, w in water F if any water Material: ice Mass: m 2 kg Float or sink? V, w in air, Vd water Material: Brick Mass: m-5 kg w in water, F if any Float or sink? V, w in air, Va Fb, w in water, F- if any p - 2.0kg/L 3 1 Material: Brick Mass: m -5 kg Material:wood Material: wood water Mass: m 2 kg Mass: m-5 kg Block 1 overFloat or sink for Block 2 the whole system? W1, W2, Fe1 Material: wood Material: wood Mass: m 2 kg Mass: m-5 kg Vdtotals Fb,sys Float or sink for the whole system? W1, W2, Fe water Block 2 over Block 1 Material: wood Material: brick water Mass: m-1kg Mass: m-? Fb Find out the minimum m2 so that the whole system is in neutral buoyancy state, and find out W1, W2, Fe Block 2 over Block 1 ez, Vai, Vaz Vat Where m is mass, w is weight, Fo is buoyant force, F, is external force, V is the total volume of the object, Vais the displaced volume.

Answer 1

w in ai'r lose 2: Maleial Brick Mass m- 5 2.5 Lit

Man.. m: 5kg 2x9.lx2S Case Blocks 2 Block L matalal: ω00d lok z Matial: ord

-ㄣ 了其 floal E 19.60N 19 6ON や, systom = 68 60 N Block mass .. m,-24 Block 2 matua.. ω00d osttiem Bleck 2 r Block = 29.40N