Suppose the money supply increases by 4%, velocity increases by 4%, and real output increases by 3%. What is the rate of inflation or deflation?

Suppose we have the following inflation and expectations data.  Year     Expected Inflation     Actual Inflation  1                          0%                                0% 2                          0%                                2% 3                          2%                                4% 4                          4%                                6% In year 5, which of the following would be true between Keynesians (K), monetarists (M) and rational expectations (RE) theorist concerning the expected rate of inflation?

What is true with respect to the macro models of J.M. Keynes and Milton Friedman?

In the essay by Professors D. Acemoglu and J. Robinson entitled, “So Close and Yet so Different: The Economics of the Rio Grande” they point out that a prime reason for the drastically different standards of living across the USA and Mexico border arises from:

Which economic policy model is not true for the various schools of macro thought?

What is not true?

A student performs the lab on an unknown metal and obtains the following data: Measurement Result Mass of metal (g) 0.0285 g Temperature of laboratory (°C) 21°C Volume of H2 gas produced (mL) 26.5 mL Gas Constant R 0.08206 (L atm)/(mol K) Pressure in Laboratory (atm) P 0.975 atm Using this data, complete the following calculations:   Molar ratio of H:M assuming a 1:1 ratio of M to H2. We will assume a 1:1 molar ratio for this experiment. Moles of metal used: ________________  

A piece of sodium metal undergoes complete reaction with water as follows:  2 Na (s)  +   2 H2O (l)  ——->   2 NaOH (aq)  +   H2(g)  The hydrogen gas is collected over water at 25oC.  The volume of gas is 246 mL measured at 1 atm.  Calculate the number of grams of Na used in the reaction.  (vapor pressure of water = 0.0313 atm)

A student performs the lab on an unknown metal and obtains the following data: Measurement Result Mass of metal (g) 0.0285 g Temperature of laboratory (°C) 21°C Volume of H2 gas produced (mL) 26.5 mL Gas Constant R 0.08206 (L atm)/(mol K) Pressure in Laboratory (atm) P 0.975 atm Using this data, complete the following calculations:   Molar ratio of H:M assuming a 1:1 ratio of M to H2. We will assume a 1:1 molar ratio for this experiment. Atomic mass of metal = ________________

Upon measuring PROM of shoulder flexion, there is a hard end feel and the patient achieves 150° of motion. What can be interpreted about this test?