Determine over or under applied overhead. B. Determine the physical flow of units. C. Compute equivalent units of production. D. Compute the cost per equivalent unit.
P4- Explain the Physiology of two named body systems in relation to energy metabolism in the body. In this essay I am going to be explaining how energy is made in the body and two body systems that help to produce this energy. “The metabolic systems are responsible for the chemical reactions within the body. These reactions are involved in the maintenance of the living organism and may be involved in reactions that break compounds down catabolic reactions or reactions which build compounds up anabolic reactions”. (King R 2012) They all require energy to work.
I. Introduction Calorimetry is a used to determine the amount of heat transfer in a chemical reaction. It can measure one of two things: the amount of heat that is absorbed (in an endothermic process) or the amount that is gained (in an exothermic process). To conclude the calorimetry of a substance, the equation below is used: Eq. 1 q= Cs x g x T Q represents heat.
Controlled Variables. temperature; pH; sucrase + sucrose incubation time 1. Describe what is measured as an indicator of sucrase activity and why this is an indicator of sucrase activity. Glucose is measured as an indicator of sucrase as glucose is a product produced by sucrase activity. 2.
(4 points) Problem 5: George Heinrich uses 1,500 per year of a certain subassembly that has an annual holding cost of $45 per unit. Each order placed costs George $150. He operates 300 days per year and has found that an order must be placed with his supplier 6 working days before he can expect to receive that order. For this subassembly, find: a) Economic order quantity. b) Annual holding cost.
The rate of consumption of Ca is A. 0.00208 mol / min B. 0.0833 mol / min C. 0.125 mol / min D. 5.00 mol / min 2. The minimum amount of energy required to overcome the
4. Calculate the density of air inside the wind tunnel and uncertainty [kg/m3]. Part 2: Calibration of a Pressure Transducer and Scannivalve 1. Zero out the micromanometer and obtain its bias. Apply this bias to all micromanometer measurements.
g. Find the 95% prediction interval for the sales for 1 week having 50 calls. Interpret this interval. h. What can we say about the sales when we had 100 calls in a week? (Points : 48) 4 Question 1. 1.
In this experiment, the amount of energy (heat) involved in a chemical change will be determined. When alcohol burns it produces carbon dioxide and water as products. Energy is also released in the reaction. The alcohols that will be used are, methanol CH3OH, ethanol CH3CH2OH, propanol CH3(CH)2OH, butanol C4H9OH, octanol C8H18O, and paraffin wax C25H52. The heat obtained when a known mass of alcohol or paraffin wax burns will be used to warm a measured volume of water.
The one of the most important current benefits of geothermal energy is that it is essentially limitless and is considered clean, producing around one-sixth of the carbon dioxide that a comparative clean natural-gas- power plant produces. Costs of geothermal energy are initially expensive but much lower than other sources to operate after the initial costs. Drilling and construction of power plants and pipelines can be relatively high but looking at the cost long-term, it is significantly