I know the final answer but I need to know all steps please show work for good rate
I know the final answer but I need to know all steps please show work for...
those the Answer I NEED THE STEPS THAT SHOW THE SAME ANSWER below Problem 1. A manufacturer has a machine that, when operational at the beginning of a day, has a probability of 0.13 of breaking down sometime during the day. When this happens, the repair is done the next day and completed at the end of that day (a) Formulate the evolution of the status of the machine as a Markov chain by identifying three possible states at the...
Hello, I need help with the following questions. Please show your computations. Thank you! Use the information below to answer questions 1 and 2. Suppose the machine that seals the cereal boxes operates for an average of 13 days before it breaks down. Assume the machine has just been serviced and is in good running order and that the timing of breakdowns follows an exponential distribution. What is the probability that the machine works for 13 days before it breaks...
please help! the answer is given but I need help with the work. please show all steps and work!! will rate! 8. A capacitor is made from a 80 μm thick teflon filminserted between two parallel copper plates. a) what is the effective area of the plates of this capacitor if it has a capacitance of 2.5 μF? b) What is the maximum working voltage of the capacitor, that is, howmuch voltage can it stand before breakdown? We were unable...
Please show all work and steps, I know the correct answer but I would like to know how to arrive there. Thanks 5. The magnetic field into the page is B 5.00 T. The conducting separated by a distance P- 1.00 m The condu cting bar is sliding with velocity v 3.00 m/s to the right on the rails under the action of the a Find: pplied force appr a. ?, induced voltage b. I, current C. Fapp, applied force...
Please show your work! Fully characterize all Markov chain models. Thanks!! 2. As an intern in a manufacturing firm, you are assigned to model the hourly operating status of a particular station on an assembly line as a Markov chain. You determine that the station's status can be described using the following state descriptions: busy, idle, malfunctioning, or undergoing maintenance. You talk to the operator who tells you several things. First, the station never malfunctions when it's idle, only when...
Please show all the steps you've done to reach the final answer. I am trying to learn, so please show your work. Typing your answer is important A division of Midland Oil & Gas has a TI of $8.95 million for a tax year. If the state tax rate averages 5% for all states in which the corporation operates, find the equivalent after-tax ROR for a before-tax return of 22% per year. TABLE 17-1 U.S. Corporate Income Tax Rate Schedule...
Please show all work and steps I will provide like for answer 9. Suppose a particle traverses a path given by r(t) = (+2+1)i+(t sinht)j + (Int)k. Determine the speed of the particle when t = 1. (Recall that sinh t = (et - e-t)/2 is the hyperbolic sine function.]
thats the correct answer but i need to know why please show work A woman has a son with her first partner, and that son has a son of his own-the grandchild of the original woman. The original woman also has a son with a second partner, who also grows up to have another son; a second grandchild. What is the relatedness between the grandchildren, 0.0625 0.25 0.125 2 0.875
Please show all formulas so I can know how to work it out when it comes to test time please! Thank you! Given the following probability distributions for Austin Tech Inc. (ATI) and Stephen’s Industrial (SI) answer the following questions: (Please show all work with formulas) State of Economy Probability ATI Returns SI Returns Exceptional 20% 22% 37% Average 50% 9% 6% Recession 30% 1% -18% A. What is the standard deviation for both ATI and SI? B. Assuming a...
(3.) You are selling a particular model of used cellphone. Customers are hesitant to buy this model because it is known to sometimes have problems with the battery and sometimes with the CPU. Let's measure time in days and suppose that, given the phone is currently working, the probability of the battery failing the next day is 1/3 Likewise, the probability of the CPU failing the next day is 1/6 (and with probability 1/2 the phone continues to function properly)....