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The pressure of a given mass of gas is tripled and the temperature in
kelvin scale is doubled. Find the percentage change in volume.
kelvin scale is doubled. Find the percentage change in volume.
The pressure of a given mass of gas is tripled and the temperature in
kelvin scale is doubled. Find the percentage change in volume
kelvin scale is doubled. Find the percentage change in volume
1. Research and name the top three (3) HIS providers in the Philippines. Give a short history and list of clients.
2. Choose a HIS Provider and highlight the feature(s) of their system that would be key to recommending them to the management of the hospital
3. List at least two (2) functionalities of a CIS and explain how this will improve the patient\u2019s experience
4. Enumerate the three (3) issue methods and discuss the basic difference of each method.
5. Name at least Five (5) common information in the CDR and explain the importance of the information in the smooth flow of procedures inside the hospital.
6. Enumerate and define the key steps in the Laboratory Flow for a hospital patient.
2. Choose a HIS Provider and highlight the feature(s) of their system that would be key to recommending them to the management of the hospital
3. List at least two (2) functionalities of a CIS and explain how this will improve the patient\u2019s experience
4. Enumerate the three (3) issue methods and discuss the basic difference of each method.
5. Name at least Five (5) common information in the CDR and explain the importance of the information in the smooth flow of procedures inside the hospital.
6. Enumerate and define the key steps in the Laboratory Flow for a hospital patient.
3.
Butane with an evaporation temperature of 0°C is used as liquefied gas in camping stoves. Butane is also a great power for summer hikers in Finland as a gas for a camping stove. One summer day the temperature was + 15°C and the air pressure 0.95 bar. Calculate how many liters of carbon dioxide was formed when a hiker boiled a 450-gram bottle of butane gas. Suppose the combustion was complete and that the hiker managed to cook the bottle empty (in fact, the same pressure remained inside the bottle as it was outside the bottle).
Butane with an evaporation temperature of 0°C is used as liquefied gas in camping stoves. Butane is also a great power for summer hikers in Finland as a gas for a camping stove. One summer day the temperature was + 15°C and the air pressure 0.95 bar. Calculate how many liters of carbon dioxide was formed when a hiker boiled a 450-gram bottle of butane gas. Suppose the combustion was complete and that the hiker managed to cook the bottle empty (in fact, the same pressure remained inside the bottle as it was outside the bottle).
2. Phosphorus (V) oxide P4O10 is used to prepare phosphoric acid.
a) Write the reaction equation when solid phosphorus (V) oxide is prepared by burning solid phosphorus P4.
b) How much phosphorus (V) oxide can be produced when 1.33 g of phosphorus and 5.07 g of oxygen are available?
a) Write the reaction equation when solid phosphorus (V) oxide is prepared by burning solid phosphorus P4.
b) How much phosphorus (V) oxide can be produced when 1.33 g of phosphorus and 5.07 g of oxygen are available?
Question if I have a cocktail they normally has 4 ounces of ingredients varying between different liquors how can I combine all these into a concentrate to make a smaller volume of liquid meaning 2 ounces instead of 4 ounces
2. Phosphorus (V) oxide P4O10 is used to prepare phosphoric acid.
a) Write the reaction equation when solid phosphorus (V) oxide is prepared by burning solid phosphorus P4.
b) How much phosphorus (V) oxide can be produced when 1.33 g of phosphorus and 5.07 g of oxygen are available?
3.
Butane with an evaporation temperature of 0°C is used as liquefied gas in camping stoves. Butane is also a great power for summer hikers in Finland as a gas for a camping stove. One summer day the temperature was + 15°C and the air pressure 0.95 bar. Calculate how many liters of carbon dioxide was formed when a hiker boiled a 450-gram bottle of butane gas. Suppose the combustion was complete and that the hiker managed to cook the bottle empty (in fact, the same pressure remained inside the bottle as it was outside the bottle).
a) Write the reaction equation when solid phosphorus (V) oxide is prepared by burning solid phosphorus P4.
b) How much phosphorus (V) oxide can be produced when 1.33 g of phosphorus and 5.07 g of oxygen are available?
3.
Butane with an evaporation temperature of 0°C is used as liquefied gas in camping stoves. Butane is also a great power for summer hikers in Finland as a gas for a camping stove. One summer day the temperature was + 15°C and the air pressure 0.95 bar. Calculate how many liters of carbon dioxide was formed when a hiker boiled a 450-gram bottle of butane gas. Suppose the combustion was complete and that the hiker managed to cook the bottle empty (in fact, the same pressure remained inside the bottle as it was outside the bottle).
1. Write equilibrium reaction equations for reactions of a state substance
(a) Complete combustion of petrol with octane in the petrol, C8H18.
b) Iron (III) sulfide reacts with hydrochloric acid, for example, ferrous chloride and gaseous dihydrogen sulfide are formed.
(c) Calcium phosphate is dissolved in dilute sulfuric acid, which forms a precipitate of calcium sulfate and phosphoric acid.
Determine the volume of SO2 (at STP) formed from the reaction of 96.7 g of FeS2 and 55.0 L of O2 (at 398 K and 1.20 bar). The molar mass of FeS2 is 119.99 g mol-1.
4FeS2(s) + 11O2(g) → 2Fe2O3(s) + 8SO2(g)
4FeS2(s) + 11O2(g) → 2Fe2O3(s) + 8SO2(g)
Q3(c) In this debate, whose reasoning works better, Pavels or Lara's?
Source: 0457/32 May/June 2017
Global Perspectives
Source: 0457/32 May/June 2017
Global Perspectives
