Calculate the buoyant force on the chamber

Reference no: EM13562612

An undersearesearch chamber is spherical with an external diameter of 6.00 m.The mass of the chamber, when occupied, is 62400 kg. It is anchoredto the sea bottom by a cable. Calculate the following.

(a) the buoyant force on the chamber

(b) the tension in the cable

Reference no: EM13562612

Questions Cloud

Compute the degree ofpolarization of the reflected light : A beam of natural light is incident on an air-glass interface(nti=1.5) at 40 degrees. Compute the degree ofpolarization of the reflected light

Find the length of the wires : two parallel wires have a current of 22A flowing through each oneof them. when the wires are placed 25cm apart, find the length of the wires

Calculate the intensity of the megnetic field : An induced emf of 12V is produced when a 350 loop coil, ofradius 4.2cm is placed perpendicular to a magnetic field and turn90deg in 0.08s. calculate the intensity of the megnetic field

Find the time the waves need to cross the tank : At one end of a ripple tank 90 cm across, a 6 Hz vibratorproduces waves whose wavelength is 50 mm. Find the time the waves need to cross the tank

Calculate the buoyant force on the chamber : An undersearesearch chamber is spherical with an external diameter of 6.00 m. calculate the buoyant force on the chamber

Calculate the required flow-rate : The owner of a dive shop wants to purchase a constant displacement air compressor capable of simultaneously filling 10 SCUBA tanks. each having a volume of 0.4 ft^3. in 20 minutes. The initial pressure is 500 psig and the final pressure is 3000 psig...

Reduce the concentration in the lake below : Creek A has been identified as the easiest to control. What would the P concentration have to be reduced to in Creek A, in order to reduce the concentration in the lake below 0.025 mg/l?

What is the age of the basket : An archeologist on a dig finds a fragment of an ancient basketwoven from grass. What is the age of the basket

Calculate the volume of pfr to achieve disinfection : A drinking water system treats a flow of 3000 gallons per minute. Consider disinfection of a bacteria by ozone with an inactivation constant of K=0.06/min. To reduce the number of bacteria from 400 bact/ml to 4 bact/ml.

User Account

All Pages