Quiz 3 The graph of function f is shown below. Let A() :... | Filo (2024)

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AutoSavevCUnit G Saved to my MacHomeInsertDrawDesign LayoutReferencesMailingsReview ViewAcrobat O Tell meShare CommentsTimes New.v v v (= > =13AaBbCcDdEe NormalAabCcDdEe AaBbCcDc AaBbCcDd Er Ne Sparing Heading 1 Hascing 2PastevStyles Dictate SensitivitySignatures/46Final Assignment Unit G: Exponents and LogarithmsPlease complete the assignment on separate paper, scan and upload to the Dropbox folder Unit G Final Assignment 1. Write an equation in the form y = (b) to model the situations below:a) Josephine opens a new savings account with Scotiabank that earns 0.0625% monthly interest. Josephine deposits $225.00 into this account on the first day of the first month.b) Harold purchases a brand new vehicle for $39,525. According to recent data from Black Book, this vehicle will depreciate 20% of its original value after the first year.2. Below are three exponential equations. Create a situation/context that could model each of the equations:a) y = 4501/1b) y = 71003/1c) y = 4/13. For each of the scenarios in question I, please determine:a) An acceptable domain and rangeb) The end behaviorc) A sketch of the graph for each scenario/2 g 4. Solve each of these exponential equations 2 different ways. Round to the nearest hundredth. Show all work for full credit:/4a) 1-1 = /4b) 64x = 414Pass ot 3467 words CE English (Canada)Focus

Write down the alias relationships.

Q5. In chapter 1, we studied queueing delay. The graph in the slide shows that as traffic intensity approaches 1, the average queueing delay increases significantly. In other words, if the arrival rate is close to the service rate, which is the rate at which packets are transmitted onto the link, queueing delay will build up. Think of standing in line at Starbucks during busy hours.Under certain assumptions, average queueing delay (or expected value of waiting time) is given by (La/R) [W] = -a, where "a" is the arrival rate, "L" is the average packet length, and "R" is the transmission rate. The ratio R/L is the departure rate. This equation assumes that the departure rate is more than the arrival rate because otherwise the length of the queue will increase indefinitely.Slide 35 defines (La/R) as traffic intensity. The higher the packet arrival rate or the longer the time to transmit a packet, the higher the traffic intensity. In this single-queue, single-server model, link utilization equals traffic intensity. Link utilization is the percentage of the time the server (transmitter) is busy.Assume that the average packet length is 1560 B (bytes), and the rate of the transmitter sending the packets in the buffer onto the link is 1 Mbps (Megabits/sec).a. What is the traffic intensity and the average queueing delay while waiting in the queue for transmission, for the values given in the table below?Packet Rate: 10 705b. Do you think a 2-second packet queueing delay is a large number? (Bonus: Vary packet arrival rate from 0 to 80.1 (use more numbers close to the top of this range), and find the average queueing delay for each value of arrival rate. Plot average queueing delay (y-axis) vs. arrival rate (x-axis). Use R or Python, MS Excel, or any language you prefer.

A mica sheet 1.00μm thick is suspended in air. In reflected light, there are gaps in the visible spectrum at 450,525, and 630nm. Calculate the index of refraction of the mica sheet.