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Ga-Sn alloy is poured into a sand mold The level of the metal in the pouring vessel (pouring cup) is 10 in. above the level of the metal in the mold, and the channel is circular with a diameter of 0.4 in. .What is the velocity and flow rate of the metal into the mold?Is the flow turbulent or laminar?How long would it take the sprue to feed a casting with a square cross section of 6 inches on each side and a height of 4 inches (this means thatThe volume of the casting is 144 in, with a constant cross-sectional area of 36 in, and? Assume that the sprue is frictionless. Explain what would be the difference during solidification between this alloy and pure rooster with the help of a small diagram.Assume that the Ga-Sn alloy has a density of 5.887 g cm3 and a viscosity of 0.682 Pas."T Gancarz Density, surface tension and viscosity of Ga-Sn alloys, J Mol Liq 241 (2017) 231-236 What is the equation of a vertical ellipse with a center at point (8,-4) , a major axis that is 12 units long, and a minor axis that is 6 units long? sodium-glucose cotransporter 2 inhibitors in patients with heart failure: a systematic review and meta-analysis of randomized trials Problem 2 (30 points) A microscopic spring-mass system has a mass m=7 x 10-26 kg and the energy gap between the 2nd and 3rd excited states is 1 eV. a) (2 points) Calculate in joules, the energy gap between the lst and 2nd excited states: E= J b) (2 points) What is the energy gap between the 4th and 7th excited states: E= ev c) (1 point) To find the energy of the ground state, which equation can be used ? (check the formula_sheet and select the number of the equation) d) (1 point) Which of the following substitutions can be used to calculate the energy of the ground state? 0 (6.582 x 10-16) (1) (6.582 x 10-16) (1) (6.582x10-16) 01 O2 X 1 e) (3 points) The energy of the ground state is: E= eV f) (1 point) To find the stiffness of the spring, which equation can be used ? (check the formula_sheet and select the number of the equation) 1. A 1.75-kg particle moves as function of time as follows: x=4cos(1.33t+/5) where distance is measured in metres and time in seconds. (e) At what next time t > 0, will the object be: i at equilibrium and moving to the right, il at equilibrium and moving to the left, ili at maximum amplitude, and iv. at minimum amplitude, The correlation coefficient, r, indicatesA) the y-intercept of the line of best fitB) the strength of a linear relationshipC) the slope of the line of best fitD) the strength of a non-linear relationship Which of the following did you include in youranswer? Check all that apply.hbody rejects transplants because itrecognizes them as foreignlymphocytes attack the new organtissue typing measures antigens on tissuedonor organ for compatibilityimmunosuppressants disrupt the replicationprocess of lymphocytes that produceantibodies and makes the immune systemless effectiveDONE Which of the following is true about Type I diabetes mellitus (DM)?A. Type I DM is the most common type of diabetes mellitus.B. Most patients can be treated without meds through weight loss and dietarychanges.C Type I DM is typically caused by immune-related destruction of beta cells. D. Most patients present with oliguria, decreased appetite, and decreased fluidintake. 1. The complete development of chick is in a. 1920 th day 2. b. 1819th day 3. c. 1820th day 4. d. 2021 st day The temperature of the poultry house for 5 -week-old chickens raised on deep litter should be a. 3538 C b. 4050 C C. 1822 C d. 2732 C The clinic nurse is doing client teaching with a young adult who has a diagnosis of HIV. The client is asymptomatic and asks, "How much should I raise my calorie intake to maintain my weight?" What would be the nurse's best response? A. "You should increase your calorie intake by 5%." B. "An increase of 10% seems appropriate." C. "Add approximately 15% to your current intake." D. "There may not currently be a need to increase intake." Please give final answer of both parts that which oneis true or it in 20 minutes please... I'll give you upthumb definitely17. The stock market prices in all the information about stocks, and therefore arrives at the true stock value. 18. A bank holding company structure allows the banks to take direct positions in equiti Control of cavity solitons and dynamical states in a monolithic vertical cavity laser with saturable absorber Consider the following matrix equation[ 1 3 51 4 83 7 9][x1 x2 x3] =[ 1 3 1].(a) Convert the above matrix equation into a vector equation.(b) Convert the above matrix equation into a system of linear equations.(c) Describe the general solution of the above matrix equation in parametric vector form.(d) How many solutions does the above system have? If there are infinitely many solutions, give examples oftwo such solutions. What combination of reactants would be the best choice for the synthesis of ch3och(ch3)2 by an sn2 process? An ion accelerated through a potential dif- ference of 195 V experiences an increase inkinetic energy of 8.96 10^-17 J. Find the magnitude of the charge on theion.Answer in units of C. A8C charge is moving in a magnetic held with a velocity of 26x10m/s in a uniform magnetic field of 1.7. the velocity vector is making a 30 angle win the direction of magnetic field, what is the magnitude of the force experienced by the charge 4. When Kim was three her mother died. At the time Kim did not understand what was happening, but she missed her mother very much. Her father told her that her mom had just gone away and would be with them again one day. Kim quickly realized that if she closed her eyes and lay down while sucking her thumb, she felt comfort. The comforting feeling was almost as if her mother was at her side. As Kim got older she did not continue sucking her thumb regularly, but she would whenever she needed that reassuring, comforting feeling. 5. Arnold is in his last year of high school. He gets picked on by other students attending his school, mostly because of high weight and his excessive eating and chain smoking. These problems weren't recently acquired but have been around for a long time. Arnold is an only child and doesn't know his father. His relationship with his mother hasn't evolved much since he was little. This may be because when Arnold started his excessive eating, she had to take a second job. He often finds himself alone. To fill the void he eats and when he's not eating, he's smoking. 6. Seeing that all victims were strangled and their mouths were covered after death, it seems impossible to ignore events surrounding his childhood. As a means of punishment, Drogen's mother would lock him in a small closet, letting him out in a nearly suffocating state. As an adult, Drogen, according to former friends, other used a puffer, although he had no signs of asthma or other respiratory problems. It seemed to soothe him. In the tv series "The Good Doctor", how are the characters portrayed in their work environment. Discuss the stereotype and cultural messages you think the show sends. the questions below are in regards to diversity and inclusion.How are ethnic and racial groups represented in the television series?What are the gender roles within the show?What audience do you think the program targets?What are the implication of individuals values, beliefs and perceptions?How did the organizational culture impact diversity in the workplace? 2). Calculate friction heads when a flow rate of 1.5 m/min circulate in two different pipelines. Data: D D=2" Sch 40, L=100 m, L2-200 m Kil 1 globe valve fully open, 2 gate valves open, 2 Tees, 3 90 elbows. K2= 1 globe valve fully open, 2 gate valves open, 4 Tees, 2 90 elbows. Commercial stainless-steel pipeline, 1 and 2 correspond to the two different pipelines. Use a water solution with p = 1,100 kg/m3, u = 1.2 x 10 Pa s. mc 2. (a) The Compton Scattering predicts a change in the wavelength of light of h = A1 = (1 - cos o), NO while Thomson Scattering, derived from classical mechanics, says the scattering of light is elastic, with no change in wavelength. Given this information: Explain why Thomson scattering was sufficient to explain scattering of light at optical wavelength, and which of the two formulae is more fundamental. Calculate in which wavelength range the change in wavelength predicted by Compton Scattering becomes important. (5) Steam Workshop Downloader