In the investment function I = α - βr, what do α and β represent? Question 8Select one:a.Constants with positive valuesb.Constants with negative valuesc.Variables determined within the modeld.Exogenous variables

QUESTION 4Suppose the Solow model with technological progress describes the economy of Beta. Beta’s population growth is 1%, its rate of technological progress is 0.5%, its depreciation rate is 1%, and its saving rate is 4%. Thus, total output grows at a _____ rate in the steady state.a.0.5%b.1.5%c.0%d.1%

Suppose the Solow model with technological progress describes the economy of Beta. Beta’s population growth is 0.5%, its rate of technological progress is 1%, its depreciation rate is 1.5%, and its saving rate is 4%. Thus, output per effective worker grows at a _____ rate in the steady state.a.1.5%b.0%c.0.5%d.1%

Suppose the Solow model with technological progress describes the economy of Beta. Beta’s population growth is 1%, its rate of technological progress is 0.5%, its depreciation rate is 1%, and its saving rate is 4%. Thus, output per effective worker grows at a _____ rate in the steady state. a. 1% b. 0% c. 0.5% d. 1.5%

The economy of Beta is characterized by the following Solow growth model parameters:saving rate (𝑠) 0.25depreciation rate (𝛿) 0.08steady-state capital per worker (𝑘) 5steady-state output per worker 3How much steady-state consumption per worker does Beta have?

The net present value: I. is highly dependent upon the discount rate applied to an investment. II. increases as the discount rate applied to an investment increases. III. is a measure of the value created by undertaking an investment. IV. is always greater than zero. Group of answer choices I and III only II and IV only II, III, and IV only I, III, and IV only I, II, and IV only