Finch Company began its operations on March 31 of the current year. Finch has the following projected costs: April May June Manufacturing costs* $157,700 $198,300 $201,000 Insurance expense** 870 870 870 Depreciation expense 1,870 1,870 1,870 Property tax expense*** 520 520 520 *Of the manufacturing costs, three-fourths are paid for in the month they are incurred; one-fourth is paid in the following month. **Insurance expense is $870 a month; however, the insurance is paid four times yearly in the first month of the quarter, (i. e., January, April, July, and October). ***Property tax is paid once a year in November. The cash payments expected for Finch Company in the month of May are a.$39,425 b.$148,725 c.$188,150 d.$227,575

Assume that the following conditions exist: a. all banks are fully loaned up- there are no excess reserves, and desired excess reserves are always zero. b. the money multiplier is 5 .     c. the planned investment schedule is such that at a 4 percent rate of interest, investment =$1450 billion. at 5 percent, investment is $1420 billion. d. the investment multiplier is 3 . e.. the initial equilibrium level of real gdp is $12 trillion. f. the equilibrium rate of interest is 4 percent now the fed engages in contractionary monetary policy. it sells $1 billion worth of bonds, which reduces the money supply, which in turn raises the market rate of interest by 1 percentage point. calculate the decrease in money supply after fed's sale of bonds: $nothing billion.

mark, a civil engineer, entered into a contract with david. as per the contract, mark agreed to design and build a house for david for a specified fee. mark provided david with an estimation of the total cost and the contract was mutually agreed upon. however, during construction, when mark increased the price due to a miscalculation on his part, david refused to pay the amount. this scenario is an example of a mistake.

Myflvs -question 3 multiple choice worth 2 points)(10.04 hc)in panama city in january, high tide was at midnight. the water level at high tide was 9 feet and1 foot at low tide. assuming the next high tide is exactly 12 hours later and that the height of thewater can be modeled by a cosine curve, find an equation for water level in january for panamacity as a function of time (t).of(t) = 4 + 5of(t) = 5 cost + 4o 460) = 5 cos 1+ 4of(0) = 4 cos + 5