Of the primary components of an ERP system that were identified in this chapter, which modules are likely to be of highest importance to BMW if it continues to focus on in-house development of new technological features and services rather than partnering with an established personal technology company, such as Google or Apple? Would those tools need to change if BMW establishes a long-term partnership with a technology company? This is a question I need to answer at the end of chapter one in Principles of Management Information Systems

Of the primary components of an ERP system that were identified in this chapter, which modules are likely to be of highest importance to BMW if it continues to focus on in-house development of new technological features and services rather than partnering with an established personal technology company, such as Google or Apple? Would those tools need to change if BMW establishes a long-term partnership with a technology company? This is a question I need to answer at the end of chapter one in Principles of Management Information Systems

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For this problem, we want to estimate the answer, so our assumptions may be a little unrealistic. Suppose we want to estimate how much air we need to send to a space station, assuming we cannot recycle air. Suppose four astronauts are in a spherical space station. If each of them typically breathes about 500 cm³of air with each breathe, and take 15 breathes per minute (average resting value): a. What is the volume of air you would need in the space station if these four astronauts stayed for a full year? b. If the density of air is 1.25 kg/m³ and it costs (thanks to SpaceX) a mere $100/kg to send objects to the space station, how much money would the astronaut air supply cost?
For temperature-dependent ohmic resistors (at least the kind we're focusing on), the relationship between resistance & temperature is linear. With that in mind, compare the formula for temperature-dependent ohmic resistance to the equation for a line (y = mx + b) and determine the slope and the y-intercept for a graph of R vs. T. Your answers should be in terms of Ro, ?, & To. [NOTE: for Ro & To the subscript is a lowercase o] R = Ro[1 + ?(T − To)] slope = y-intercept =
Assume that a certain type of cyclone has a particle cut diameter of 6 microns; (a) calculate the overall efficiency of this cyclone on the particles of Problem 4.4 and (b) calculate the overall efficiency of two of these cyclones placed in series.
The staff training center at a large regional hospital provides training sessions in CPR to all employees. Assume that the capacity of this training system was designed to be 1200 employees per year. Since the training center was first put in use, the program has become more complex, so that 1050 now represents the most employees that can be trained per year. In the past year, 950 employees were trained. The efficiency of this system is approximately approximately and its utilization is
Please solve and answer the question correctly please. Thank you!!
Suppose that the floating point component of a processor is upgraded so that each floating point instruction takes only 1/4 as much time to execute as previously. (The execution times of all other types of instructions remain unchanged.) If the upgrade decreases the execution time of a particular program to 0.7 times what it was originally, what fraction of the original execution time must have been spent on executing floating point instructions? (Give your answer as a decimal number to at most two decimal places, e,g, 0.13.)
What does the percent difference between GPE and KE tell you about the Efficiency of energy transformations in this experiment ?
If we have 35.54L of O2 gas at STP, how many moles of this gas do we have? Note: it is understood that the unit of your answer is some number of moles, however do not explicitly include units in your answer. Enter only a number. If you do enter a unit ("mol" in this case), you answer will be counted wrong. (STP means "standard temperature and pressure," which is 1 atmosphere of pressure or 101,325 Pa, and 273K).