How much energy has this person absorbed

Reference no: EM13304717

A 79-kg person is exposed to 83 mrem of Î± particles (RBE = 12). How much energy (in joules) has this person absorbed?

Reference no: EM13304717

Questions Cloud

Write a program in towers of hanoi : How to write a program in towers of hanoi using pl/sql language

What gauge pressure is required : The weight of a 1200 kgcar is supported equally by the four tires, which are inflated to the same gauge pressure. What gauge pressure is required

Determne the diameter of the tube at a uniform rate : A 25 mm diameter steel cylinder falls under its own weight at a uniform rate of 0.1 m/s inside a tube of slightly larger diameter. Castor oil of viscosity 0.25 N.s/m2 fills the spacing between the tube and the cylinder.

What is the average density of this sphere : a sphere is constructed of two concentric pieces. The inner part is a solid sphere of radiu 10.0 cm made of a material with density 4000 kd/m^3. What is the average density of this sphere

How much energy has this person absorbed : A 79-kg person is exposed to 83 mrem of Î± particles (RBE = 12). How much energy (in joules) has this person absorbed

Determine what is the first-order decay rate constant : A minimum contact time of 30 min is required to reduce the pathogen concentration from 100 pathogens/L to below 1 pathogen/L through a first-order decay process. You plan on treating water at a rate of 1,000 gal/min.

What is the density of the oil : A u-tube with a cross-sectional area of 1.00 cm^2 is open to the atmosphere at both ends. WAter is poured into the tube until the water rises part way along the straight sides, What is the density of the oil

What is the concentration of phenol vapor in the exhaust : A plastic-manufacturing plant emits 1,700 scfm of exhaust at 200oC and 90 kPa. The exhaust (consisting of mostly air) contains 9 ppm phenol vapor (C6H5OH). What is the concentration of phenol vapor in the exhaust in µg/L

Calculate enthalpy that has been added by burning fuel : Exhaust gas from a chemical process flows at a rate of 8,000 actual cubic feet per minute (acfm) from point A at 250°F and 1 atm pressure. It flows through a circular duct to a fan

User Account

All Pages