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martin lillo

martin l.

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The seller’s asking price for the property is $7,000,000. The loan must satisfy both the minimum DSCR of 1.2 and maximum LTV of 70%. What is the largest loan the borrower can get? (now apply both constraints) State your answer as a number rounded to the nearest cent (e.g. if you get $13.57654, write 13.58)

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describe in detail what happens in each period of prenatal development

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Text: Find all answers for all possible samples of 48 taken from a normally distributed population with a mean of 166.73 and a standard deviation of 62.61. a. What is the mean of the population consisting of all possible sample means? b. What is the standard deviation of the population consisting of all possible sample means? c. What is the variance of the population consisting of all possible sample means? d. What is the mean of the population consisting of all possible sample variances?

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1) Is there valid consideration for the initial contract between Elysian and Global Harmony? Explain. (2 marks) 2) Ignoring breach, how would Global Harmony likely argue that the contract has been discharged? Would that claim be successful? Explain and apply the law fully.

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Show that $L_z$ and $L_y$ cannot be measured simultaneously.

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Kindly assist with question 3.1 and 3.2 please. Quickly if you can. Thank you in advance 😊 Question 3[25] 3.1 Consider the expression for constant pressure molar heat capacity of nitrogen gas: Cpm/J K^-1 mol^-1 = 28.58 + 3.77x10^-3T/K - 0.50105 (K/T)^2 Calculate the change in molar enthalpy of nitrogen gas when it is heated from 25°C to 100°C. [5] 3.2 Consider a cylinder of fixed volume comprising two compartments that are separated by a freely movable, adiabatic piston. In each compartment is a 2.00 mol sample of perfect gas with constant volume heat capacity of 20 J K^-1 mol^-1. The temperature of the sample in one of the compartments is held by a thermostat at 300 K. Initially, the temperatures of the samples are equal as well as the volumes at 2.00 L. When energy is supplied as heat to the compartment with no thermostat, the gas expands reversibly, pushing the piston and compressing the opposite chamber to 1.00 L. Calculate: a) The final pressure of the gas in the chamber with no thermostat [2] b) The final temperature of the gas in the chamber with no thermostat [2] c) The change in entropy of the gas in the chamber with no thermostat [2] d) The change in entropy of the gas in the chamber with thermostat [2] e) The change in internal energy of the gas in the chamber with no thermostat [2] f) The change in internal energy of the gas in the chamber with thermostat [2] g) Calculate A using S and U you determined above for each chamber and rationalize where not possible. [6]

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Assume instead that Vale exchanged 260 shares of its own $1 par common stock along with $18,200 cash for the equipment. The stock was not actively traded, but the equipment was estimated to have a fair value at the date of acquisition of $41,600. Prepare the entry to record the purchase. Assume instead that Vale exchanged 100 shares of its own $1 par common stock along with $18,200 cash for the equipment. The stock was not actively traded but the equipment was estimated to have a fair value at the date of acquisition of $41,600. Prepare the entry to record the purchase. Prepare journal entry

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Which sentence about cold receptors is true? a. there are more frequent in the body than warmth receptors b. they transmit information by A delta fires c. the peak of their stimulation is at about 24c d. all answers are true

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17. The table shows the temperature at Lexford Station at 1000 each day for a week. Day Mon Tue Wed Thu Fri Sat Sun Temperature (°C) -3 4 -1 0 -5 2 1 (a) Write down the day which had the coldest temperature. I (b) Work out the difference in the temperature between Monday and Tuesday.

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Jade and Enrique are saving money. Jade has $0 saved. She plans to save $5 each week. Enrique has $12 saved. He plans to save $3 each week. In how many weeks will they have the same amount of money saved? How much will they each have?

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