Projects A and B both require an investment of $500 and generate the following cashflows in years 1-3.                   1                 2                  3 Project A             $600             $600                $600 Project B             $200              $500             $1,300   When comparing these two projects we say that they have a time-disparity.

The coordinates of the center of mass measured from the origin (shown on the figure) are nearly

Response modification factor is

The lateral stiffness of wall 4 is nearly

  Given the cashflows below from years 0-4, the discounted payback period is greater than 3.6 years. Assume a discount rate of 18%.   Year 0 1 2 3 4 Cashflow -800 200 200 400 600

Assume the following values as the wall lateral stiffness: Wall 1 = 9.200 k/in.    Wall 2 = 5,200 k/in.,   Wall 3 = 16,300 k/in.  Wall 4 = 2,600 k/in. Wall 5 = 7,100 k/in.    Wall 6 = 19,800 k/in. Using these values, the coordinates of the center of rigidity measured from the origin (shown on the figure) are nearly

Assume the seismic base shear is 450 kips.  The seismic lateral load at floor 2 is nearly

The division of labor means that

Projects A and B both require an investment of $500 and generate the following cashflows in years 1-3.                   1                 2                  3 Project A             $600             $600                $600 Project B             $200              $500             $1,300   When comparing these two projects we say that they have a size-disparity.

Suppose that an economy is producing on its production possibilities curve but is not producing quantities of each good where the marginal benefit equals the marginal cost for each good. This economy