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(Solved): I want to answer in less than an hour and get a hig...

?????? 37
?Which of the following layers is the highest
Session A
Data Link B
Network ©
Transport 0

I want to answer in less than an hour and get a high rating

?????? 37 ?Which of the following layers is the highest Session A Data Link B Network © Transport 0

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(Solved): Sophie earns 900 per week working as a doctor for a private ...

Sophie earns £900 per week working as a doctor for a private hospital. She uses £40 to get her car repaired at Sycamore Garage. Sycamore Garage pays Jack £400 per week to repair cars. Jack uses £400 to purchase medical services from a private hospital.

Which of the events in this scenario occur in product markets? Check all that apply.

aSophie earns €900 per week working for a private hospital

bJack earns €400 per working week for Sycamore Garage

cJack spends €400 to purchase medical services from a private hospital

dSophie spends €40 to get her car repaired

Which of the elements in this scenario represent a flow from a Households to a Firms? This could be a flow of money, inputs, or outputs. Check all that apply.

aThe €400 per week Jack earns working for Sycamore Garage

bThe car repair Sophie receives

cThe €400 Jack spends to purchase medical services

dSophie's labour

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(Solved): Question 2 (a) A 64-level line code is used to transmit a ...

Question 2
(a)
A 64-level line code is used to transmit a digital signal at a rate of 36 Gbps over
a channel which is 4 GHz.

Question 2 (a) A 64-level line code is used to transmit a digital signal at a rate of 36 Gbps over a channel which is 4 GHz. Compute the following parameters: (i) 6-dB bandwidth. (4 marks) (ii) The range for the roll off factor that can support the above bit rate. (8 marks) (111) If the roll off factor is 0.5, estimate the minimum channel bandwidth required. (3 marks) (b) The signal s(t) = 11 () + 2/(t – 3) is corrupted by an additive white-noise whose auto correlation function is given by 58(T). This corrupted signal is given as input to a causal LTI filter H(f) with a gain of 5. It is noted that the signal-to- noise power ratio at the output of the filter H(f) is maximised. Solve for impulse response of the causal LTI filter h(t). Sketch the impulse response h(t). (10 marks)

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(Solved): Please show the code in matlab with output. Questio...

Question 2:
=
Given,
x,(n) = u(n) – u(n – 12)
x,(n) =
x *,(- n + 5)
Generate a function which will add x, (n) and x2 (n). The

Please show the code in matlab with output.

Question 2: = Given, x,(n) = u(n) – u(n – 12) x,(n) = x *,(- n + 5) Generate a function which will add x, (n) and x2 (n). The function will work even if the dimensions of x (n) and x,(n) are changed. [10]

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(Solved): = > > 7. B = {1,4,8,9} C = {4, 8, 12, 16, 18} There is a r...

=
>
>
7. B = {1,4,8,9}
C = {4, 8, 12, 16, 18}
There is a relation on B to C such that x Dy H xly. Draw an arrow
diagram of B

= > > 7. B = {1,4,8,9} C = {4, 8, 12, 16, 18} There is a relation on B to C such that x Dy H xly. Draw an arrow diagram of B and C.

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(Solved): (8.7_Q7) What would be the steps to the solution for this pr...

(8.7_Q7)

What would be the steps to the solution for this problem #7? (Introduction to Real Analysis Course)

3
7. Suppose f(x) = 20 21(* – c)* has radius of convergence R > 0. For 1x - cl < R, set F(x) = ff(t) dt.
Prove that
OC
F(x)

3 7. Suppose f(x) = 20 21(* – c)* has radius of convergence R > 0. For 1x - cl < R, set F(x) = f'f(t) dt. Prove that OC F(x) = 1763-cy**!, 1x-41

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(Solved): The shearing force at a given section of a built-up I-girder...

The shearing force at a given section of a built-up I-girder is 1000 kN and the depth of the web is 2 m. The web is joined to the flanges by fillet welds. Determine the thickness of the web plate and the thickness of the welds, allowing shearing stress of 75 MN/m2 in both the web and welds.

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(Solved): Consider the following image and answer t...

Consider the following image and answer the following questions.
20
SES
TGN
Golgi
3
Nucleus

a) Provide labels for 1-3. (3)
b) What process is depicted in 4? (Be specific). (1)
c) What is the direction of movement/tran

Consider the following image and answer the following questions. 20 SES TGN Golgi 3 Nucleus a) Provide labels for 1-3. (3) b) What process is depicted in 4? (Be specific). (1) c) What is the direction of movement/transport depicted in 5? (1) d) Name two functions of the organelle shown in 1. (2) e) What posttranslational modification will a protein have for it to be targeted to the organelle labelled 3? (1) f) What cytoskeletal component/s play a role in the processes depicted in the figure? (1) g) What is the function of the cytoskeletal component/s in the processes depicted in the figure? (1) h) Which transport proteins are responsible for transport of the vesicles shown in 2? (2) i) Explain what the effect would be on the transport of these vesicles if: 1) GTP is completely depleted? (1) 2) ATP is completely depleted? (2)

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(Solved): The roof at the end of the Rocky Point Pier in Port Moody ...

The roof at the end of the Rocky Point Pier in Port Moody is a right pyramid with a
regular octagonal base. If both the lengt

The roof at the end of the Rocky Point Pier in Port Moody is a right pyramid with a regular octagonal base. If both the length of a base edge and the height of the roof is 3.8 m., determine the area of the roof. Express your answer to 3 sig figs. 1. Roof Area = SQUARE METRES

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(Solved): The figure below shows a section of hot-water pipe consisti...

The figure below shows a section of hot-water pipe consisting of three parts: a straight, horizontal piece h = 28.0 cm long, a straight vertical piece ! = 110 cm long, and an elbow joint that allows the two pipe sections to meet at a right angle. A stud and a second-story floorboard hold the ends of this section of pipe stationary. The pipe is made of a copper alloy with a coefficient of linear expansion of 1.7 x 10-5°c). When the water flow is turned on the temperature of the pipe rises from 18.0°C to 43.0°C. What is the magnitude and direction of the displacement of the pipe elbow from its original location once the pipe reaches the higher temperature? (Give the magnitude in mm and the direction in degrees below the +x-axis, which is parallel to the horizontal piece, and points from the stud to the elbow joint.) magnitude mm direction