supplies is $400 per month plus $89 per job plus $10 per meal. A typical job involves serving a number of meals to guests at a corporate function or at a host’s home. The company expected its activity in March to be 11 jobs and 81 meals‚ but the actual activity was 7 jobs and 76 meals. The actual cost for catering supplies in March was $1‚810. The activity variance for catering supplies in March would be closest to: A. $406 U B. $406 F C. $379 F D. $379 U Solution: B (400 * 1) + (89 *
Free Budget Childbirth Wage
Chapter 9 The Government and Fiscal Policy Principles of Macroeconomics‚ Case/Fair‚ 8e 9.1 Government in the Economy Multiple Choice 1) Fiscal policy refers to A) the techniques used by a business firm to reduce its tax liability. B) the behavior of the nation’s central bank‚ the Federal Reserve‚ regarding the nation’s money supply. C) the spending and taxing policies used by the government to influence the economy. D) the government’s ability to
Premium Management Marketing Balance sheet
which‚ average truck delivery was 75bbls. Capacity of Temporary Holdings- 27 bins are used for holding both dry and wet berries. In which‚ 1-24 holding bins will hold 250bbls of barriers each and 25-27 will held 400 bbls of berries each. Total capacity is: [(250*24) + (400*3)] [6000 + 1200] that is 7200 bbls. Destoning capacity- There are 3 destoning units and capacity of each unit is 1500 bbls‚ so the total capacity of destoning unit is: (1500 * 3) that is 4500 bbls. Dechaffing
Premium Cranberry Fruit Time
A. Compound Interest Formula:FV = P (1 + r) nFuture Value = FV‚ P = Principal‚ r = interest rate and n = number of years. = $500(1 + 0.06) 10a) An initial $500 compounded for 10 years at 6 percent. A = $ 895b) An initial $500 compounded for 10 years at 12 percent. 500(1 + 0.12) 10B = $1553Present Value Calculation:PV = present Value‚ Principal = $ 500‚ r = interest rate and n = number of yearsFormula:PV = FV/(1 + r) nThe present value of $500 due in 10 years at a 6 percent discount rate.
Premium Compound interest Present value Time
Rate & Potential Volume ex South China to Singapore‚ Port Kelang‚ Penang‚ Pasir Gudang & Yangon ex Shekou Ports Singapore Port Kelang Penang Pasir Gudang Yangon COC Rate (USD) 20 200 250 320 320 600 THC (RMB) 20 600 600 600 600 600 40 400 480 680 680 1150 40 900 900 900 900 900 Potential Volume TEU per Week 30 30 20 20 30 Hongkong and Eastern Shipping Agencies Ltd. Market Rate & Potential Volume ex South China to Singapore‚ Port Kelang‚ Penang‚ Pasir Gudang & Yangon
Premium Ho Chi Minh Shenzhen Vietnam
2. Experimental Details 2.1. Work piece Material The material used for the experiment is NIMONIC 80A round bar of 80 mm diameter and 250 mm length. The chemical composition is given in Table 1. Table 1. Chemical composition of NIMONIC 80A Ni Cr Ti Al Co Fe Si Cu C Mn Bal 18.88 1.98 1.33 1.34 1.99 0.68 0.11 0.045 0.77 Fig. 1. NIMONIC 80A round bar 2.2. Tool Material The turning experiments were conducted using SiAlON ceramic inserts. Grade SN800 is used. SiAlON ceramic inserts of CNGA120408
Premium Chemistry Oxygen Temperature
HW 10% MT 45% Final 45% HW is submitted electronically on the following Tuesday Financial accounting: (1) Investor—outside the company (2) Creditor—outside the company (3) Management—inside the company Different points of view (1)-–whether the investment is worthwhile (2)—whether they can get the money back (3)—prepare the financial statement and would not want to share every information with investors/creditors; but investors and creditors want to know the truth—accurate financial data
Premium Balance sheet Income statement Generally Accepted Accounting Principles
plate tests and finite element simulations those tests conducted on corrugated HDPE plastic pipe to investigate the role of material and geometry on the behavior of the pipe during the test. Specifically‚ the work considers parallel plate tests on 400 mm diameter pipe‚ and its finite element simulation. ISO 9969 & EN 1446 uses the test to assure that corrugated HDPE pipe has required minimum pipe stiffness at 3% deflection (i.e. 3% reduction in diameter)‚ and no buckling or loss of load before 30%
Premium Finite element method Elasticity
1000+1500/150+150+150 | = | 1310 | | | | Same Continent | b.1000+1500/150+150+200 | = | 1360 | | | | Fardo | c.1000+1500/150+150+400 | = | 1560 | No sale | Calopeia (Truck assuming Q=200) | Calopeia | Calopeia | d.1000+1500/150+75+150 | = | 1235 | Minimum! | | | Same Continent | e.1000+1500/150+100+200 | = | 1310 | | | | Fardo | f.1000+1500/150+225+400 | = | 1635 | No sale | | | | | | | | Calopeia (Mail) | Same continent | Same as Warehouse | g.1000+1500/150+200+150
Premium Investment Inventory Factory
Factory Building $1‚500 Depreciation – Office Equipment $800 Insurance – Factory Building $1‚500 Miscellaneous expenses - Factory $1‚000 Office supplies expense $300 Professional Fees $500 Property Taxes - Factory Building $400 Raw material used $70000 Rent on production equipment $6‚000 Research & development $ 10‚000 Sales commission $ 40‚000 Utility Costs - Factory $900 Wages - Factory $70000 Raw materials purchases $70000* 2. Item Variable
Premium Costs