Question: Company Luau Kona and Blue Jamaican a. Using a plant-wide rate based on machine hours to assign manufacturing overhead cost to products In this approach the manufacturing overhead is based on machine hours. The manufacturing overhead application rate has been has been provided as $54.00 per machine hour. The following table list on the first row the number of machine hours required for each coffee type. The second row show the manufacture overhead for one kilo of coffee, based on the
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the velocity is zero ( label this as Z) (ii) a point where the velocity is positive and has the largest magnitude ( label this as V) (iii) a point where the acceleration is positive and has the largest magnitude ( label this as A). 6. A body of mass m is placed on a horizontal plate that under goes vertical SHM The amplitude of SHM is A and the frequency is f. (a) Derive an expression for the reaction force on the particle from the plate when the particle is at its highest position. (b)
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more inertia and why: a. A more massive object or a less massive object = the more massive object has the most inertia, as is mass affect the resistance it has to changing its motion. b. A fast-moving object or a slow-moving object = slow moving objects has the most inertia as it will slow to a stop faster than the faster. 10. A scooter and a rider together have a mass of 275 kg. If the scooter slows with an acceleration of - 4.50 m/s2. a. What is the net
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Essay Title John Doe Phone: (810) 555-5555 ITT Technical Institute |Assessment Criteria |Exceptional |Average |Needs Improvement |Points | | | | | | | |Content |Subject Matter Expert |Subject Matter Novice
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Determine the mass of a 100 mL dry graduated cylinder. Record in Data Table I. 4. Measure the following volumes of water: 25 mL, 50 mL, 75 mL, and 100 mL. record the mass of the water and the graduated cylinder in the data table. 5. Record the mass of just the water. 6. Determine the density of the water for each volume. (D = M/V) 7. Determine the average density. 8. Make a graph showing Mass (g) versus Volume (mL) using a best fit line. Data Table I |Volume of Water |Mass of Water and
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you are using, and providing your solution. Where appropriate, diagrams should be included. 1. A force of 250 N is used to push a heavy box down the street. If the force of friction between the box and the street is 195 N and the box has a mass of 60 kg, what is the acceleration of the box? 250-195=55N right Fnet=ma 55N=60a 55 / 60=a 0.92 m/s^2 2. A force of 40 N is applied to a 6 kg box of books. If the frictional force acting on the box is 16 N, and the box was initially at rest
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Introduction The shot of the reverberating gun shot as I had taken my first few strides out on the course had given me the chills. My heart had pounded as fast as it had never pounded before, and that was when I instantly knew that I was a runner. I wasn't quite gifted in running as I had thought the others were, at that age, but as I grew more passionate for the sport I began to surpass others throughout the years. I had gone from basically being the slowest person on my team in the fourth grade
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Force & Motion The First Law: Force and Inertia Object remains at rest will remain at rest unless acted upon by unbalanced force. Object in motion will continue at constant speed and motion unless acted upon by unbalanced force. Force is an action that can change motion. A force is what we call a push or a pull, or any action that has the ability to change an object’s motion. Forces can be used to increase the speed of an object, decrease the speed of an object, or change the direction
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1. Heat water in a pan or beaker until the water (enough water so the object remains covered) is boiling vigorously. 2. While waiting for the water to boil, measure the mass of the metal with the scale. Remember to record the answer to one more decimal place than what is marked off by the scale. 3. Once the water, on the stove (or over a bunsen burner), is boiling, drop the metal object into the pot (or beaker) and let the object sit in the water for about ten minutes. 4. While the metal
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collision. On the other hand, Investigation 2 was an inelastic collision, the type of collision in which the most energy is loss as was shown in my experimentation where the system lost almost half of the energy it had before. 2. Do the centers of mass in Investigation 3 lie on a straight line? Explain why they
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