Matrix1 =
|
7.24
|
0.80
|
7.31
|
9.24
|
3.09
|
|
1.06
|
0.06
|
8.97
|
1.37
|
0.55
|
|
8.67
|
8.88
|
9.92
|
0.71
|
0.90
|
|
3.45
|
9.01
|
9.15
|
4.80
|
2.29
|
|
4.56
|
5.16
|
5.33
|
7.10
|
7.61
|
|
1.16
|
0.64
|
0.08
|
8.76
|
8.06
|
|
8.96
|
6.23
|
9.96
|
6.93
|
7.71
|
VectorA = [ 2.5, 0, 5.0, 4.5, 9.9 ]
VectorB = [ 1, 2, 3 ]
Part 1
1. Write the command that will xxxxxxxxxxxxxxxxxxxxxxxx and assign it to variable named Q1.
>>
2. Write the command that will xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx vector named Q2
>>
3. Write a command that will xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx and name the new vector Q3.
>>
4. >> Q4 = xxxxxxxxxxx % (careful)
>>
5. >> Q5 =xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx % (careful but it is logical)
>>
6. >> Q6 = xxxxxxxxxxxxxxxxxxxxxxxxxx
>>
7. >> Q7 = xxxxxxxxxxxxxx % (careful ! )
>>
8. >> Q8 = xxxxxxxxxxxx ones( xxxxx)
>>
9. >> Q9 = [ xxxxxxxxxxxxxxxxxxxxxx]
>>
10. ..>> Q10 = [ xxxxxxxxxxxxxxxxxxxxxxx ]
>>
11. >> Q11 = Matrix1(xxxxxxxxxx)
>>
12. >> [ A , B ] = xxxxxxxxxxxxxxxxxxxxxxxxxxxxx
>>
Part 2
1. Write a function named function_test ( ) that will return xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx of the functions first argument. xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx be the second and third arguments of the function. If the argument matrix is xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx return xxxxxxxxxxxxxxxx. Display nothing from the function. Be careful with how you handle the xxxxxxx.
Example:
>> Test = function_test ( Matrix1, 3, 4) %xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
>> Test =
2. Show the response to the following script:
xxxxxxxxxxxxxx
xxxxxxxxxxx
xxxxxxxxxxxxxx %product
xxxxxxxxxxxxxxxxxxxx %logical
end
end
C
D
>>
3. Rewrite the above script xxxxxxxxxxxxxxxxx.
4. Make one suggestion for improving the course, making it easier, more fun or learn effective for learning MatLab, programming structures and to solve problems using these tools.