6,900,000,000,000 or 6.9x10^12 gallons of rain fell between April 1st through the 7th Convert this volume...
Between April 1st and April 15th, water in a storage tank was being used at a rate of u(x) = 0.014xº - 0.258x? + 1.065x + 3.873 hundred gallons per day, where x is the number of days since the end of March Check: u(3) = 5.124 At the same time, water was being replenished to the tabk at a rate of r(x) = -0.047x + 0.834x² - 4.145x + 7.746 hundred gallons per day, where x is the number...
Between April 1st and April 15th, water in a storage tank was being used at a rate of u(x) = 0.014x'- 0.258x? + 1.065x + 3.873 hundred gallons per day, where x is the number of days since the end of March Check: u(3) = 5.124 At the same time, water was being replenished to the tank at a rate of r(x) = -0.047x2 + 0.834x² - 4.145x + 7.746 hundred gallons per day, where x is the number of...
Between April 1st and April 15th, water in a storage tank was being used at a rate of u(x) = 0.014x+ - 0.258x' + 1.065x + 3.873 hundred gallons per day, wherex is the number of days since the end of March Check u(3) = 5.124 At the same time, water was being replenished to the tank at a rate of r(x) = -0.047x + 0.834x°- 4.145x + 7.746 hundred gallons per day, wherex is the number of days since...
Wages earned from July 1st through December 31st was $538,000. Wages earned between Dec. 15th and Dec 31st amounting to $41,000 was not paid this until Jan 7th. What is the required entry(s)?
12. Two identical flasks, each of volume V, are connected through a tube controlled by a stopcock. The material of which this apparatus is constructed is a perfect thermal insulator. Initially 1 mole of a monoatomic real gas is confined to one flask at a temperature of 300K and other flask is empty. The stopcock is then opened. Assumed that the heat capacity at constant Volume is not constant, but dependent of temperature given by Cy = 5T over a...
12. Two identical flasks, each of volume V, are connected through a tube controlled by a stopcock. The material of which this apparatus is constructed is a perfect thermal insulator. Initially 1 mole of a monoatomic real gas is confined to one flask at a temperature of 300K and other flask is empty. The stopcock is then opened. Assumed that the heat capacity at constant Volume is not constant, but dependent of temperature given by Cy=bT over a certain temperature...