What to do with the numbers from the regression analysis

Assignment Help Macroeconomics

Reference no: EM13163028

Estimating the demand for money and plotting a demand curve for that estimation based on the equation: M1=a+b1(interest)+b2(time). Where a is the intercept value for the demand curve; b1 is the slope of the demand curve; and b2 is the shift factor.

Use data downloaded from the Federal Reserve Bank of St. Louis (fred ii) and run a regression analysis. You have to download the data, and run a regression analysis but do not know where to go from here.

What to do with the numbers from the regression analysis and how do I used them in the demand curve?

Reference no: EM13163028

Questions Cloud

State what spontaneous reaction will occur in aqueous : what spontaneous reaction will occur in aqueous solution among the ions Sn4+, Sn2+, Co3+, and Co2+ ? What will be the E°cell for this reaction?

State hydrogen and sulfur in gliding : Minimal energy cost of H2S conversion to hydrogen and sulfur in gliding-arc is 1.6 eV/molec

Compute conversion degree of co2 : Energy cost of dissociation was found to be 4 kWh/m3 of CO2. Calculate conversion degree of CO2 into CO and O2 in this system.

Explain system is allowed to equilibrate once again : Once the system has reached equilibrium, 5.00g of NO2 is injected into the vessel, and the system is allowed to equilibrate once again. Calculate the mass of N2O4 in the final equilibrium mixture.

What to do with the numbers from the regression analysis : Estimating the demand for money and plotting a demand curve for that estimation based on the equation: M1=a+b1(interest)+b2(time). Where a is the intercept value for the demand curve

Compute the difference in the ionization energies : Calculate the difference in the ionization energies for 1H and 4He atoms. This result allows you to compare the effect on the ionization energy of changing the nuclear charge

State the standard free energy of activation of a reaction : The standard free energy of activation of a reaction A is 76.9 kJ mol-1 (18.4 kcal mol-1) at 298 K. Reaction B is one hundred million times faster than reaction A at the same temperature

State a sample of neon to escape from a hole in a container : a sample of neon to escape from a hole in a container, how long would it take for an equal amount of nitrogen gas, N2, to escape

State a mixture of several gases are added to the container : Consider a container sealed with a small opening. A mixture of several gases are added to the container. Assuming the gases do not react, indicate the order that the gases escape out of the container

User Account

All Pages