Would someone explain in detail the by hand part? I do not understand. Thank you! 11:56O ul 53%Page Break2) (a: score 30%) Use the explicit methodto solve by hand the 1D heat equation (seeLecture 27) for the temperature distributionin a laterally insulated wire with a length of1 cm, whose ends are kept at T(0) = 0 °Cand T(1) = 0 °C, for 0 < x <1 and 0 < t s0.5. At t = 0, the temperature of the wire issubjected to initial condition T(x)100sin(nx). Use the following values of k=0.15 cm/s, Ax = 0.25 cm, and At = 0.1 s.Calculate bytemperature at the internal mesh pointsonly for the first time row at t = 0.1 s.(b:Score 10%) Run MATLABs Heat1DFD.mand Heat1DCN.m M-files and calculate thehandthevaluesofdistributionwithinthetemperaturespace-time domain 0 < x < 1 and 0 < t <0.5 using the parameters and steps from(a). Verify the values of temperature at t =0.1 s calculated by hand. (c: score 10%)Use Heat1DCN.m M-file to solve the 1Dheat equationdomain 0 < x< 1 and 0 sts2 with Ax =0.05 cm and At = 0.1 s. Make the plot ofwithin thespace-timetemperature surface.

Answered: Image /qna-images/answer/a636b4f4-a891-4292-ad02-7932e517c782.jpg

2) (a: score 30%) Use the explicit method to solve by hand the 1D heat equation (see Lecture 27) for the temperature distribution in a laterally insulated wire with a length of 1 cm, whose ends are kept at T(0) = 0 °C and T(1) = 0 °C, for 0 < x < 1 and 0 < t < 0.5. At t= 0, the temperature of the wire is subjected to initial condition T(x) 100sin(nx). Use the following values of k= 0.15 cm/s, x = 0.25 cm, and At = 0.1 s. Calculate by hand the values of temperature at the internal mesh points only for the first time row at t = 0.1 s. (b: Score 10%) Run MATLAB's Heat1DFD.m and Heat1DCN.m M-files and calculate the distribution within the temperature space-time domain 0 < x < 1 and 0 < t s 0.5 using the parameters and steps from (a). Verify the values of temperature at t = 0.1 s calculated by hand. (c: score 10%) Use Heat1DCN.m M-file to solve the 1D heat equation within the space-time

2) (a: score 30%) Use the explicit method to solve by hand the 1D heat equation (see Lecture 27) for the temperature distribution in a laterally insulated wire with a length of 1 cm, whose ends are kept at T(0) = 0 °C and T(1) = 0 °C, for 0 < x < 1 and 0 < t < 0.5. At t= 0, the temperature of the wire is subjected to initial condition T(x) 100sin(nx). Use the following values of k= 0.15 cm/s, x = 0.25 cm, and At = 0.1 s. Calculate by hand the values of temperature at the internal mesh points only for the first time row at t = 0.1 s. (b: Score 10%) Run MATLAB's Heat1DFD.m and Heat1DCN.m M-files and calculate the distribution within the temperature space-time domain 0 < x < 1 and 0 < t s 0.5 using the parameters and steps from (a). Verify the values of temperature at t = 0.1 s calculated by hand. (c: score 10%) Use Heat1DCN.m M-file to solve the 1D heat equation within the space-time

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: One year ago a machine was purchased at a cost of $2,000, to be useful for 6 years. However, the…

A: For machine A:- Purchased at cost=$2000 ,Cost for repair/adjustments/shutdown=$500 per year ,Market…

Q: Why is ideal mechanical advantage used when calculating the mechanical advantage of a compound…

A: The compound machine is made of many simple machines, thus to find the mechanical advantage of the…

Q: A turning machining experiment was performed at the UCSI University's Mechanical Engineering…

Q: Q3(a) Assuming you have been given the responsibility of procuring some cutting tool for UCSI…

A: Relationship between the cost of a cutting tool and hot hardness

Q: have been asked to work on some design problems and technically support the team working on material

A: Handwritten.jpg

Q: FMUSC, CUTTING PLANE HORIZONTAL SIEAR FCOMP mg aw "ngL Source Chaffin, D.B., Andersson, G.B,J., and…

Q: What material would work best for milling abrasive material? O High speed steel Carbide

A: Some materials that are used as abrasives include Diamond most often used in ceramic grinding and…

Q: With the help of suitable sketches outline five milling operations that are performed on a milling…

A: It is a shaping process where material is removed with a rotary cutters. According to material…

Q: How did you find out the angle was 90 and how can you find that for other problems?

Q: You are the engineer of a company that manufactures a specific component using a CNC machine. The…

Q: How would tou answer #10?

A: As mentioned in the question to solve #10, i will solve only question 10th

Q: An aluminium alloy component, is machined on a lathe. The lathe has a mechanical efficiency of 91%.…

A: ⇒given data;⇒mechanical efficiency(η)=91%⇒diameter(d)=150mm⇒lenth(l)=400mm⇒shear stength of aluminum…

Q: part (a) as well, regarding briefly describing the motion of the object.

A: Given: A velocity-time curve To find: Brief description of the motion of the object

Q: Define what a gripper is and provide alternative techniques for “gripping

A: A gripper is a device that enables the holding of an object to be manipulated. Just like a hand,…

Q: An assembly worker on a production line obtains an Allen key within reach, positions it 15 cm (6…

A: handwritten solution attached

Q: Question 1: Explain the following terms and situations in metal cutting. Give enough explanation…

A: “Since you have posted a question with multiple sub parts, we will provide the solution only to the…

Question

Would someone explain in detail the by hand part? I do not understand. Thank you!

11:56
O ul 53%
Page Break
2) (a: score 30%) Use the explicit method
to solve by hand the 1D heat equation (see
Lecture 27) for the temperature distribution
in a laterally insulated wire with a length of
1 cm, whose ends are kept at T(0) = 0 °C
and T(1) = 0 °C, for 0 < x <1 and 0 < t s
0.5. At t = 0, the temperature of the wire is
subjected to initial condition T(x)
100sin(nx). Use the following values of k=
0.15 cm/s, Ax = 0.25 cm, and At = 0.1 s.
Calculate by
temperature at the internal mesh points
only for the first time row at t = 0.1 s.(b:
Score 10%) Run MATLABs Heat1DFD.m
and Heat1DCN.m M-files and calculate the
hand
the
values
of
distribution
within
the
temperature
space-time domain 0 < x < 1 and 0 < t <
0.5 using the parameters and steps from
(a). Verify the values of temperature at t =
0.1 s calculated by hand. (c: score 10%)
Use Heat1DCN.m M-file to solve the 1D
heat equation
domain 0 < x< 1 and 0 sts2 with Ax =
0.05 cm and At = 0.1 s. Make the plot of
within the
space-time
temperature surface.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Types of Jigs and Fixtures and Their Applications

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

i need the answer quickly
Discuss the different regimes of fretting using diagrams
Subject: manufacturing process
1. Explain the importance of standards and the principles of free hand in sketching in engineering drawing. 2. Explain the uses of the following drawing instruments: • French curve • Compass • Protractor
What is an acceptable ratio of actual chip thickness to undeformed chip thickness?
If you were manufacturing a precision component which has a mass of around 15 grams and which was a solid 3D shape, which method would be appropriate?
please very urgent with count the number on the graph i wil give u good feedback
What are the three most common grips for drawing? Explain each type of grip, along with their advantages and shortcomings in different drawings. Provide some examples.
A student is performing a turning operation with a workpiece with an initial diameter of 40 mm to produce a 30 mm diameter rod that is 100 mm long. The lathe power is 20 kW and is operating on 85% mechanical efficiency. If the student set the cutting speed to 0.5 m/min and the cutting tool is set to have a rake angle of 5 degrees: a.) What material can we choose for the rod is the coefficient of friction is 0.5? b.) If we select 4130 normalized heat-treated steel for the rod, and coefficient of friction is 0.5, what will the maximum depth of cut we can achieve?
Can you please explain how to find the velocity using the methods described? And also why it's done that way? This is from Introduction to robotics mecahnics and controls. Please help ;( !