A particular bracelet was made from rose gold with the compo…

A particular bracelet was made from rose gold with the composition of 72.00 % Au, 2.75 % Ag and 25.25 % Cu.  If the bracelet has a mass of 35.7 g, then what mass of Au does the bracelet contain?   Show your math setup with answer.  An answer only will NOT receive full credit. You may choose to use the equation editor (x  ).  Click on the three vertical dots to find it in the tool bar. Express answer using significant figure rules. Equation = 1 pt Math setup = 2 pts Answer  = 1 pt Sig Figs = 1 pt

This is a BONUS question worth 4 points.   Determine the vol…

This is a BONUS question worth 4 points.   Determine the volume of 5.50 yds3 expressed in in3.  Use:  1 yd = 36 inches.   Show your math setup with answer.  An answer only will NOT receive full credit. You may choose to use the equation editor (xx  ).  Click on the three vertical dots to find it in the tool bar. Express answer using significant figure rules. Math setup = 3 pts Answer  = 1 pt (0.5 pt for sf)

An automobile is traveling at 1075 inches / second.  What is…

An automobile is traveling at 1075 inches / second.  What is the speed expressed in miles / hour?  Given:  1 mile = 5280 feet and 1 foot = 12 inches.   Show your math setup with answer.  An answer only will NOT receive full credit. You may choose to use the equation editor (x  ).  Click on the three vertical dots to find it in the tool bar. Express answer using significant figure rules. 1 point each conversion factor used = 4 points Answer = 0.5 pt correct + 0.5 pt sig figs = 1 point

BONUS: A 22 year old male with a diagnosis of sepsis has bee…

BONUS: A 22 year old male with a diagnosis of sepsis has been receiving mechanical ventilatory support for the treatment of respiratory failure. His current settings on VC-CMV include a VT of 550 mls, R = 18 b/m, PEEP of 10 cmH20 and FiO2 of 60%. PIP is averaging 32 cmH20 and plateau pressures are at 26 cmH20. The physician wants to switch the patient to the PC-CMV mode. Where would you set your initial inspiratory pressure setting?