A 2000-gram male infant was delivered at 34 weeks’ gestational age by cesarean section due to breech presentation, premature labor, and rupture of membranes. On physical examination the infant was non-dysmorphic, appeared vigorous, had spontaneous respirations, and the skin was pink and well perfused. Apgar scores were 7 and 9 at 1 and 5 minutes, respectively. One hour after admission to the neo- natal intensive care unit, the infant developed tachypnea and nasal flaring with moderate subcostal and substernal retractions. Bronchial breath sounds that were slightly diminished in intensity were present. Analysis of umbilical arterial blood revealed a pH of 7.37, a PaO2 of 50 mm Hg, and a PaCO2 of 30 mm Hg. To improve work of breathing, continuous positive airway pressure (CPAP) of + 6 cm H2O was initiated via nasal prongs. One hour later the infant’s vital signs were as follows: temperature 37.6°C under radiant heat, blood pressure 60/42 mm Hg, heart rate 130 beats per minute, oxygen saturation 94% to 96% while breathing 40% oxygen with CPAP, and blood glucose 70 mg/dL. The remainder of the examination was normal for the gestational age. The infant’s respiratory status gradually improved, and over the next 3 days he was weaned from CPAP and transitioned to a nasal cannula and then to room air. Two days later, the infant was discharged home. 1. What are important components of the initial neonatal assessment? 2. What was concerning about this patient’s respiratory status, and what should the healthcare team continue to monitor? 3. What intervention would you consider if the CPAP + 6 did not improve the infant’s work of breathing?

1. What intervention would you consider if the CPAP + 6 did not improve the infant’s work of breathing?

A 2000 v signle phase synchorunus generator isbeing used as a backup generator outside a diagnostic center in Islamabad . when the generator terminals are short circuited and a field exication current if 2.5 A is passed, the ammeter between the terminals read 100 A of full load current . if this terminals of the same generator are opened and the voltage across them is measured using a voltmeter , we get the value of 500V with the same exciatation cureent . the armature resistance is 0.8 ohms.

Determine the voltage regulation of this generator if it is delivering 100 A during normal operating with unity power factor , 100A with 0.8 leading PF and with 0.71 lagging PF

NOTE: MUST BE CLOSE TO 2000 WORDS

According to McLeay (1999), ‘In general, financial reporting regulation emanates from legislation, often in conjunction with self imposed standards issued by private sector institutions’.

McLeay S. (1999) Accounting Regulation in Europe. In: McLeay S. (eds) Accounting Regulation in Europe. Palgrave Macmillan, London

Required:

Evaluate the need for accounting regulation in the modern world.

Back on December 23, 2000, Jasmine Crusher purchased a home in Pahoa, Hawaii for $1,500,000 which included the land and the home. Her property tax bill for 2001 showed assessed value of the land of $300,000 and of the building for $1,200,000. She used the home as her personal residence until October 15, 2010 when her employer transferred her to San Francisco. Jasmine put the house on the market for a sale price of $1,900,000 but was receiving no offers. In February 2011, she found out that a house down the road had just sold for $1,250,000. So, she decided to rent it and use it for occasional vacations for herself. Jasmine hired a management company to find the renters. Since the house is in Hawaii, the management firm never had a problem having the house rented for most of the year. Because Jasmine used a 15 year loan, the loan was completely paid off in December 2015. Jasmine turned over all bill paying responsibilities to the management company starting in 2014. Below are the details Jasmine received from the management company for 2014 and 2015. However, in 2016, she decided that the management company was charging her too much for the small amount of work they seemed to be doing, so she fired them on June 1 and took over all of the work of renting the house and paying the bills. On December 2, 2016, the nearby volcano erupted and Jasmine’s house was burned to the ground by one of the advancing lava flows, while she was working in San Francisco. As a result of having been so busy with work and the rental, Jasmine neglected to pay her homeowners insurance that was due July 1, 2016, so at the time of the eruption, she had no insurance. The 2016 information is a combination of the management company information through May 31, and Jasmine’s records for the rest of the year up until the house was caught in the lava flow. Jasmine sold the land in a fire sale “as-is” for $50,000 on December 31, 2016. Jasmine is a successful IT consultant with AGI, made up of wages and interest income, for 2016 of $375,500 and $365,750 for 2015.

You owe $2000 on a credit card that charges 20% interest. You have $2200 in your savings account that earns 1.69% interest. Your savings account charges $14.50 a month if you keep a balance of less than $1500 a month. Compare the amount of interest for both to decide what you should do about paying the credit card bill. Consider all factors in the decision. Show your for any calculations you may completed.

CUSTOM FABRICATIONS Inc. is a bicycle manufacturing firm founded in 2000 that currently employs 126 people. The company produces custom bicycles in its factory located near Los Angeles, CA. Each bicycle is tailored to a rider based on a number of different measurements, including height, weight, inseam, and arm length. These measurements are taken at 30 professional bicycle shops around Southern California, which are certified to size CUSTOM FABRICATIONS cycles. By accepting orders only through licensed dealers, CUSTOM FABRICATIONS ensures that each bike matches its rider precisely. CUSTOM FABRICATIONS’ custom bikes are considered extremely high quality and the company takes pride in using only the best components sourced from around the world. Accordingly, CUSTOM FABRICATIONS purchases from a cast of hundreds of suppliers, chosen for their commitment to quality and reliability. Demand for CUSTOM FABRICATIONS’ cycles has grown exponentially in recent years. The surge in demand was somewhat unexpected and the company’s factory has been operating at capacity for over a year. As a result, current orders face a production backlog of approximately 5–6 weeks. The company’s operations have been further hampered by severe inefficiencies and control weaknesses attributed to its legacy accounting system. Your firm has been hired as an outside consultant to suggest improvements in the company’s accounting procedures. The following paragraphs describe the company’s expenditure cycle. Purchases System All purchases of raw materials are initiated in the CUSTOMFABRICATIONS’ purchasing department. A clerk in the department monitors inventory levels from his PC, which is linked to the inventory subsidiary ledger. Once a part needs to be replenished, he creates a hard-copy purchase order. One copy is mailed to the vendor, a blind copy of the purchase order is sent to the warehouse, and the third copy is filed in the purchasing department. Typically within 3–5 business days, the warehouse receives the ordered parts and the packing slip from the vendor, which the warehouse clerk reconciles with the blind copy of the purchase order. Once the reconciliation is complete, the warehouse clerk prepares a three-part hard-copy receiving report stating the quantity and condition of the items received. One copy of the receiving report is sent to the general ledger department to update the digital inventory control account. The second copy is sent to the accounts payable department, and the third is sent to the purchasing department to update the inventory subsidiary ledger. Within a week, the mail room receives the supplier’s invoice, which is immediately sent to the accounts payable department. The AP clerk reconciles the invoice with the receiving report and then records a liability in the AP subsidiary ledger from the department PC. Finally, the clerk prints an AP summary from the terminal and sends it to the general ledger clerk. Cash Disbursements System The accounts payable clerk regularly checks the accounts payable subsidiary account at his terminal to ensure timely payment to vendors. For those items due for payment, he sends approval in the form of a payment voucher to the cash disbursements department. For control purposes, cash disbursements are processed manually. The details of the check are recorded in the hard-copy cash disbursements journal, and the check is mailed to the vendor. The clerk then prepares a journal voucher and sends it to the general ledger. Once the general ledger clerk receives the journal voucher, the AP summary, and the receiving report, she updates the affected general ledger accounts from the department PC. Required a. Create a data flow diagram of the current system. b. Create a system flowchart of the existing system. c. Analyze the physical internal control weaknesses in the system. d. Describe the risks associated with these control weaknesses. e. (Optional) Prepare a system flowchart of a redesigned computer-based system that resolves the control weaknesses that you identified. Explain your solution.

Consider the following blending process. A well-mixed tank initially contains 2000. L of a solution that is 30.0 wt% phosphoric acid. At some time we begin feeding two streams of acid of different concentration into the tank. One stream has a flowrate of 100.0 kg/min and an acid concentration of 80.0 wt %. The second stream has a flowrate of 200. kg/min with an acid concentration of 50.0 wt %. We also withdraw a stream at a rate of 5.0 kg/s. Assume the density of the streams is 1185. kg/m3 .

a. Derive the differential equation for the weight fraction acid as a function of time.

b. How much phosphoric acid is in the tank after 20.0 minutes?

The firearms manufacturer that sells its firearms to the local sheriff’s department has 2000 used firearms to sell. Each used firearm has a 13% probability of needing major mechanical repairs. You randomly select 600 firearms for potential purchase.

What is the likelihood that 39 firearms will need major mechanical repairs? [Show your work]

What is the likelihood that all the firearms will work? [Show your work]

What is the likelihood that all the firearms will need major mechanical repairs? [Show your work]

A tank contains 70 kg of salt and 2000 L of water. Water containing 0.4kg/L of salt enters the tank at the rate 16L/min. The solution is mixed and drains from the tank at the rate 4L/min. A(t) is the amount of salt in the tank at time t measured in kilograms.
(a) A(0) =  (kg)
(b) A differential equation for the amount of salt in the tank is  =0=0. (Use t,A, A', A'', for your variables, not A(t), and move everything to the left hand side.)
(c) The integrating factor is
(d) A(t) =  (kg)
(e) Find the concentration of salt in the solution in the tank as time approaches infinity. (Assume your tank is large enough to hold all the solution.)
concentration =  kgL