In the circular flow, investment spending does not equal saving because goods and services are still needed therefor consumption still requires spending in return pays taxes and companies.
Savings must equal investment because by definition loans (investment that the banks make are taken from savings (bank accounts) from people.
Saving must equal planned investment at equilibrium GDP in the private closed economy because leaking of saving that exceeds the injection of investment causes a level of GDP that cannot be sustained. Having a leaking of saving that is lower than the injection of investment causes the GDP to drive upward. In either case is bad to not have them at equilibrium.
Total income in the economy must always equal total spending. :)
Goods market equilibrium occurs when the amount of desired saving and desired investment are equal, i.e. no unplanned changes in inventory. Both the investment and saving curves are a function of the real interest rate.
yes it does: National Saving or Saving is equal to: Y - C - G = I = S or S = (Y-T-C) + (T-G) where "T" = taxes net of transfers
Savings must equal investment because by definition loans (investment that the banks make are taken from savings (bank accounts) from people.
Saving must equal planned investment at equilibrium GDP in the private closed economy because leaking of saving that exceeds the injection of investment causes a level of GDP that cannot be sustained. Having a leaking of saving that is lower than the injection of investment causes the GDP to drive upward. In either case is bad to not have them at equilibrium.
Total income in the economy must always equal total spending. :)
Goods market equilibrium occurs when the amount of desired saving and desired investment are equal, i.e. no unplanned changes in inventory. Both the investment and saving curves are a function of the real interest rate.
A circular inch is a unit of measure for area equal to 0.785 square inches.
yes it does: National Saving or Saving is equal to: Y - C - G = I = S or S = (Y-T-C) + (T-G) where "T" = taxes net of transfers
Total expidenture should equal total income
No, centrifugal force is fictitious force, peculiar to circular motion, that is equal but opposite to the centripetal force that keeps a particle on a circular path.
The equilibrium risk-return relationship describes the investment/saving decision of a person based on risk versus return. Generally, a rational person maximises their outcome such that the last unit cost of a little more risk is equal to the incremental return on an investment. Since the cost of risk is an expectation due to uncertainty, different individuals value risk at different levels. A risk-adverse individual will choose a lower equilibrium value of investment/saving because their expected incremental costs from risk are higher than a less risk-adverse person.
Total expidenture should equal total income
One pair of equal opposite circular sides.
A cylinder.