Amigo Brothers What is the conflict in the story?

25) During the light reaction, ATP is produced by:A) Photosystem IB) Photosystem IIC) NADPHD) ATP synthase26) The carbon that comprises over 99% of biological molecules found in living things was fixed in:A) The Calvin CycleB) The Light ReactionC) Oxidative PhosphorylationD) Glycolysis. Which of the following are cultural values (based on the 7 discussed in the lecture; select all that apply)?a, independenceb. protecting womenc. being emotionald. family comes firste, engage in dominant behaviorf. pride in manhoodg. accepting insults A single stage reciprocating compressor takes 1m of air per minute and 1.013 bar and 15C and delivers at 7 bar. Assuming Adiabatic law (n=1.35) and no clearance. Calculate: 1.1. Mass flow rate (1.226 kg/min) 1.2. Delivery Temperature (475.4 K) 1.3. Indicated power (4.238 kW) This same compressor is now driven at 300 rpm, has a stroke to bore ratio of (1,5:1), it has a mechanical efficiency for the compressor of 85% and motor transmission efficiency of 90%. Calculate: 1.4. Volume per cycle (0.00333 m/cycle) 1.5. Cylinder bore diameter (141.4 mm) 1.6. Power to the compressor (4.99 kW) 1.7. Motor power needed (5.54 kW) 1.8. The isothermal power (3.265 kW) 1.9. The isothermal efficiency (77%) For water at 3 MPa and 507 K, van der Waals equation of state predicts the following compressibility factors: 0.9231 0.0336 0.0650 Z= (a) (10 points) Using the Z values obtained from van der Waals equation, is water at saturation conditions? plain briefly Question 5 (a) Draw the sketch that explain the changes occurs in the flow through oblique and normal shock waves? (5 marks) (b) The radial velocity component in an incompressible, two-dimensional flow (v, = 0) is: V, = 2r + 3r2 sin e Determine the corresponding tangential velocity component (ve) required to satisfy conservation of mass. (10 marks) (c) Air enters a square duct through a 1.0 ft opening as is shown in figure 5-c. Because the boundary layer displacement thickness increases in the direction of flow, it is necessary to increase the cross-sectional size of the duct if a constant U = 2.0 ft/s velocity is to be maintained outside the boundary layer. Plot a graph of the duct size, d, as a function of x for 0.0 SX S10 ft, if U is to remain constant. Assume laminar flow. The kinematic viscosity of air is v = 1.57 x 10-4 ft2/s. (10 marks) U= 2 ft/s 1 ft dux) 2 ft/s By intrinsic mechanism of the SV, the strength of contraction is_______________proportional with the _______________ (Starling law) O inversely / peripheral resistance O directly / SV O directly / EDV O Inversely / CO A gasoline mini-mart orders 25 copies of a monthly magazine. Depending on the cover story, demand for the magazine varies. The gasoline mini-mart purchases the magazines for $1.50 and sells them for $4.00. Any magazines left over at the end of the month are donated to hospitals and other health-care facilities. Modify the newsvendor example spreadsheet to model this situation on worksheet Minimart. Create a one-way data table to investigate the financial implications of this policy if the demand is expected to vary between 1 and 30 copies each month. How many must be sold to at least break even? 8 1 Newsvendor Model 1 Newsvendor Mode 3 Data 4 5 3 Data 4 Selling price 18.00 Cost $12.00 Discount price 9.00 Selling price 18 Cost 12 Discount price 9 58 10 12 Purchase Quantity 9 Model 10 Demand Demand 41 4 44 12 Purchase Quantity 44 13 13 14 15 Surplus Quantity 14 16 17 Quantity Sold 41 Quantity Sold MIN(B11,812) 3 15 Surplus Quantity MAX(O,B12-B11) 16 17 Profit $ 237.00 Profit B14 B5+B15 B7-B12 B6 A plastic dry rubbing bearing runs over a 9 mm non-rotating steel axle. The radial wear rate of the bearing is approximately 0.086 mm/year. If the bearings are to be replaced when the diametral clearance reaches 555 m , calculate the minimum expected bearing life (in years). Give your answer to 2 decimal places. Hint: start by choosing a suitable hole basis fit . Then, calculate the maximum diametral clearance (using the fit you selected) and use this value to determine the bearing life. Solve the following linear systems. Be sure to check your answer and write the answer as an ordered pair. All work must be shown to receive credit. Write answers as reduced fractions where applicable. 1. (10x + 5y = 6 (5x 4y = 12 2. (3x + 4y = 9 (6x + 8y: = 18 3. x+y - 5z = 11 2x+10y + 10z = 22 6x + 4y - 2z = 44 4. A local decorator makes holiday wreathes to sell at a local vender's exhibit. She prices each wreath according to size: small wreaths are sold for $10, and medium wreaths are sold for $15 and the larger wreaths are sold for $40. She has found that the sale of small wreaths equals the number of medium and large wreaths in number sold. She also noticed, surprisingly, that she sells double the number of medium wreaths than large ones. At the end of the day, the decorator made $300, in total sells. How many of each size wreaths did she sell at the exhibit? An impulse turbine which has a diameter: D= 60 inches, speed: n = 350 rpm, bucket angle: B = 160', coefficient of velocity: Cv = 0.98, relative speed: = 0.45, generator efficiency: Ng = 0.90, k = 0.90, and the jet diameter from nozzle is 6 inches. Compute the power input in hp.a. 2,366 hpb. 2,512 hpc. 2,933 hpd. 2,862 hp Solve the equation. Give a general formula for all the solutions. List six solutions. sin(2)= 21Write the general formula for all the solutions to sin(2)= 21based on the smaller angle. = (Simplify your answer. Use angle measures greater than or equal to 0 and less than . Type an exact answer. using as needed. Use integers or fractions for any numbers in the expression. Type an expression using k as the variable.) Write the general formula for all the solutions to sin(2)= 21based on the larger angle. = (Simplify your answer. Use angle measures greater than or equal to 0 and less than . Type an exact answer, using as needed. Use integers or fractions for any numbers in the expression. Type an expression using k as the variable.) List the first six solutions that are greater than or equal to 0 . = (Simplify your answer. Type an exact answer, using as needed. Use integers or fractions for any numbers in the In the US, inflation is essentially always positive. Is the realor nominal GDP going to be higher before 2004 in knowing thesestatements? What about following 2004? What about in the year2004? Describe the functions of the Vir proteins encoded by genes that are found within the vir, operon of the Ti,plasmid and their importance for Agrobacterium- mediated transformation of plant cells. Explain four characteristics that the SCR and the Triac have in common. Question#8: What is the purpose of the resistor in the snubbing circuit? Question#9: Design a snubbing network for the S4006LS SCR driving a 200 W light bulb from a 120 Vrms line voltage. Determine the: a. Capacitor's capacitance and peak voltage. b. Minimum resistor. c. Diode's peak current. d. Inductor's inductance 6) For hyperbolic trajectories (e > 1), the time t is related to the true anomaly as 1 eve-Isin 1+c86 Ve+1+e-1tan f Vell e Itan H)]. (e - 1)/2 which can be put in the hyperbolic Kepler's equ A 5.22kg piece of copper metal is heated from 21.5C to328.3C. Calculate the heat absorbed (in kJ) by the metal. Thespecific heat of copper is 0.385 J/g C. In simple terms Describe the formation, life, and death of ahigh mass star. A machine of mass m is placed on an elastic foundation with stiffness K. A sinusoidal force of magnitude F is applied to the machine. The period of response is T. Determine the steady-state amplitude of the machine if: a) the system is undamped; b) the system has damping ratio n; c) the hysteretic damping coefficient is d Do the following angle conversions Keepanswer Exact! No Decional? a) Convert \( -75^{\circ} \) to radians The process by which Pneumonococcus transfers DNA between living type RII and heat killed types S III cells is known as a. ligation b. conjugation c. replication d. transaction (wrong answer) e. transformation