Calorie Calculation Exercises 1. A serving of two cookies has 150 kcal and 12 grams of fat. What percentage of total calories is fat? 1) Divide fat calories by the total kilocalories 2) Fat = 9kcal/g 3) 12g x 9kcal/g = 108kcal/g 4) 108kcal / 150kcal = .72 5) .72 x 100 = 72% total calories from fat 2. How many grams of protein are in a 2400kcal diet with 15% of total kcal from protein? 1) Grams / total kcal = total percentage of kcal from protein 2) Protein
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BORED PILE ANALYSIS Site ID : Tower Owner: PT. INDOSAT‚ Tbk Site Location: Cipayung (Mandor Hasan)‚ Cipayung Tower Type : SST 42M FOUR LEG GF (LIGHT DUTY) bp = 0.55 A. DIMENSION DATA Fx Fy ht = ℓp = 0.55 0.5 htb = htbe = h= 1.1 0.4 btb = 0.15 0.2 hw = hfp = 0.4 10 Lp = 10.9 Data Input Dimensi hal.1 B. CONCRETE DATA Compressive Strength for Pilecap Compressive Strength of Pile Concrete Density Weight of each Pile Allowable Tension Force of Pile Capacity Depth of Water
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Acid-Base Calculations The Ion-Product Constant for Water‚ Kw Water undergoes ionization to a small extent: H20(l) H+(aq) + OH–(aq) The equilibrium constant for the reaction is the ion-product constant for water Kw: (1) This is a key equation in acid-base chemistry. Note that the product of [H+] and [OH–] is a constant at a given temperature (Eq(1) value is for 25oC). Thus as the hydrogen ion concentration of a solution increases‚ the hydroxide ion concentration decreases
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How to Calculate Preferred Dividends Preferred stock (or preference shares) is a special class of stock that pays a fixed dividend set at the time of issuance. Also‚ preferred dividends must be paid before common stock dividends. To calculate the dividends for preferred stocks‚ you need to multiply the par value of the shares by the dividend percentage. Example 1: If the dividend percentage is 8 percent and the preferred stock was issued at $20 per share‚ then the annual dividend is: 8% * $20 =
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Memo To: Huffman Trucking CEO From: Accounting Date: Re: Ratio Analysis Listed below you will find the findings from the current and quick ratios calculations. Huffman trucking’s current ratio within the liquidity ratio during 2 years indicates an increase. The Quick ratio within the liquidity ratio also indicates an increase. Since prospective lenders want to see a positive current ratio‚ they would be a type of user that would be interested in this type of ratio. Since the quick
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FUELS & COMBUSTION CALCULATIONS Unit 5 Prabir Basu TYPES OF FUELS FOSSIL FUELS Solid fuels (COAL) Liquid fuels (OIL) Gaseous fuels (NATURAL GAS) NUCLEAR FUELS RENEWABLE FUELS (BIOMASS) WASTE FUELS (MUNICIPAL WASTES) SOLID FUELS PROPERTIES HEATING VALUE ULTIMATE ANALYSIS PROXIMATE ANALYSIS ASH DEFORMATION POINTS Initial deformation temp. Softening temp. Hemispherical temp Fluid temp. LIQUID FUELS PROPERTIES HEATING VALUE
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administrator needs at least one week (minimum) to download‚ test‚ and install the patch. To calculate the Window of Vulnerability (WoV) for this security breach‚ the following timeline will be used as a guideline to determine the basis for calculation: However‚ first it is important to understand the variables considered in this timeline formula. The WoV is the period within which defensive measures are reduced‚ compromised‚ or lacking. The WoV covers
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Calculation for Nursing Staff requirement for a healthcare centre Assumptions: Working time: 8 hours/day x 6 days/week Weekly off: 52 days/year Annual Leave: 30 days/year Public holidays: 8 days /year Therefore‚ no. of working hours/staff = 8 x (365-52-30-8) = 8 x 275 = 2200 Requirement of Nursing Manpower: (Nurse / Patient Ratio) for wards VIP room: 1:2 Deluxe rooms: 1:3 Private rooms 1:4 General Ward 1:5 Labor room 1:1 ICU 1:2 Requirement for the three
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MECH 8250 – Building Systems Module 1 - Heating Load Calculations Module 1 Heating Load Calculations The amount of heat is required for the building heating system to maintain a balance of the building heat loss. The amount of heat and moisture are gained from the building internal and external heat sources that is required to be removed by the building cooling system. Both heating and cooling loads form the basis in designing the HVAC systems for the building and occupied spaces to achieve both
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5-1 Earned Value Calculation 1. PV-BCWS=$3607.14 EV-BCWP=$3593.34 (.98 x 3666.67) CPI x AC AC-ACWP=$3666.67 (3593.34/.98) EV/CPI 2. SV= -13.8 (3593.34 – 3607.14) EV – PV CV=73.33 (3593.34 – 3666.67) EV – AC SPI=1.0 (3593.34/3607.14) EV/PV CPI=.98 (3593.34/3666.67) EV/AC 3. According to these calculations‚ the schedule variance is running late and the cost variance did not run over. The SPI is 1.0 which means that it is running on schedule. The CPI is .98 which is over budget by
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