Common standard data: g = 9.80665 m/s²; the density of water: ϱH2O=1 kg/dm3ϱH2O=1 kg/dm3 exactly. A...

Common standard data: g = 9.80665 m/s²; the density of water: ϱH2O=1 kg/dm3ϱH2O=1 kg/dm3 exactly.

A box shaped pontoon with a(n) 24 m × 24 m square shaped base floats horizonatlly on a lake. The flat bottom of the pontoon is 160 cm below the water level.

What is the weight of the pontoon?
Find the vertical distance between the centre of buoyancy and the metacentre:

Specify units

Expert Solution

Ally Wells answered 9 months ago

Common data g = 9.81 m/s². The standard properties of water are density: ϱH2O=1kg/dm3ϱH2O=1kg/dm3 exactly, kinematic...

Common data g = 9.81 m/s². The standard properties of water are density: ϱH2O=1kg/dm3ϱH2O=1kg/dm3 exactly, kinematic viscosity: νH2O=1.02⋅10−6m2/sνH2O=1.02⋅10−6m2/s. Lubrication oil is pumped at a rate of 30.5 cm³/s through a 13 m long D = 7.5 mm diameter pipe on a steam engine. The pipe roughness is ε = 1.5 µm. The density of the lubricating oil is 960 kg/m³, its dynamic viscosity at 25 °C is 4 Pa·s. Do not forget to tick the appropriate units! What is the...

1.Density water = 1 kg/m^3 and density of ice = 90% density of water. How much...

1.Density water = 1 kg/m^3 and density of ice = 90% density of water. How much of an ice cube in your glass of water is below the surface? calculate the specific gravity of ice. (show work ) 2. a piece of cork which weights 0.25 N in air and has a specific gravity of 0.25 . If the cork is allowed to float in water, what fraction of its volume will be above water ?

If 30 g of potassium phosphate are diluted with enough water to make 1.5 dm3 of...

If 30 g of potassium phosphate are diluted with enough water to make 1.5 dm3 of a stock solution, how much of the stock solution would be needed to make 100 mL of a 0.015 M solution of potassium ions? Answer is 5.3 mL, but please explain.

Use the data below for O2 gas at 273.15 K: P (atm) Vm (dm3/mol) (g/dm3) 0.750000...

Use the data below for O2 gas at 273.15 K: P (atm) Vm (dm3/mol) (g/dm3) 0.750000 29.8649 1.07144 0.500000 44.8090 0.714110 0.250000 89.6384 0.356975 a. Under what pressure conditions will O2 act most like an ideal gas and obey the ideal gas law? b. Rearrange the ideal gas law to solve for the gas law constant, R.

A solution is 3.24 M NH3 (MM 17.04 g/mol) in water (MM 18.02 g/mol). The density...

A solution is 3.24 M NH3 (MM 17.04 g/mol) in water (MM 18.02 g/mol). The density of the resulting solution is 0.974 g/mL. What is the mole fraction, mass percent and molality of NH3 in the solution?

The recommended dose of quinine is 0.800 g/kg. If we assume the density is 1 g/ml...

The recommended dose of quinine is 0.800 g/kg. If we assume the density is 1 g/ml what is the ph of this solution? the molar mass of quinine is 324.412. If 100 ml of this solution is titrated with a solution of 0.010 M HCL how many ml of HCL are required to reach the first equivalence point? what is the ph there? What is the PH when 32 ML of HCL have been added? what is the ph at...

A microfiltration membrane operating with pure feed of water produces a flux of 0.06 k g ⋅ s − 1 ⋅ m − 2 0.06 kg⋅s−1⋅m−2 when operated with a TMP of 30 k P a 30kPa.

A microfiltration membrane operating with pure feed of water produces a flux of 0.06 kg⋅s−1⋅m−20.06 kg⋅s−1⋅m−2 when operated with a TMP of 30kPa30kPa. 1. What is the resistance due to the membrane? Specify the units. 2. If operated with a protein-water mixture at a 20kPa20kPa pressure difference, a flux of 216×216× 10−6 kg⋅s−1⋅m−210−6 kg⋅s−1⋅m−2 is measured at steady state. What is the resistance due to cake build-up? Specify the units.

A 100 g bullet traveling in the x-direction at 100 m/s strikes a 1 kg wooden...

A 100 g bullet traveling in the x-direction at 100 m/s strikes a 1 kg wooden block at rest. After the collision, wooden block splits into two parts [.2 kg and .8 kg] and the bullet is observed traveling at a speed of 50 m/s in the x-direction. Assume that the wooden pieces are traveling in the x-y plane and the .8 kg piece is traveling 30 degrees to the right of the x-direction. If the kinetic energies of the...

M (g) M (kg) Delta t1(s) Delta t2(s) Delta t3(s) Delta t(s) avg. T (s) T2...

M (g) M (kg) Delta t1(s) Delta t2(s) Delta t3(s) Delta t(s) avg. T (s) T2 (s2) 60 0.06 6.53 6.55 6.31 6.46 0.646 0.42 80 0.08 6.63 6.60 6.64 6.62 0.662 0.44 100 0.10 6.99 6.87 7.08 6.98 0.698 0.49 120 0.12 8.12 8.36 8.46 8.31 0.831 0.69 140 0.14 8.35 8.11 8.15 8.20 0.820 0.67 find the slope (4pi^2)/k calculate the intercept ((4pi^2)/3k)m Equate the value of the slope found at point 5 with (4pi^2)/k and solve for...

Water (density p=1000 kg/m^3) is discharging from through a hole at the bottom of a graduated...

Water (density p=1000 kg/m^3) is discharging from through a hole at the bottom of a graduated cylinder. The mass flow rate exiting the container may be approximated by: mass flow rate = C*p*A*(2*g*y)^(1/2) Where C is the dimensionless discharge coefficient , A is the area of the discharge hole, g is the acceleration due to gravity, and y is the water height in the container. The diameter of the graduated cylinder is 8 cm. For the following givens, estimate the...

Question