Using MATLAB, and please explain why\ interfragmentary Strain Theory helps biomechanists and biomedical engineers to relate mechanical strain with healing outcomes in bone frectures.\

\\\\epsi _(iST)=(d)/(G)

\ Interfragmentary Strain Theory tells us that depending on the value of the calculated

\\\\epsi _(1ST)

, the bone fracture will be repaired with a different material:\ When

95T

, the fracture will be repaired with bone tissue\ When

2%

, the fracture will be repaired with fibrocartilage\ When

10%

, the fracture will be repaired with scar tissue\ Solution must include the following:\ Use the rand () function to create a

2\\\\times 7

matrix of random values within the range

0.001-0.010mm

. This will represent the dataset of fracture displacement,

d

.\ Note: to learn how to use the rand() function, type help rand into the Command Window\ Use the rand () function to create a

2\\\\times 7

matrix of random values within the range

0.001-0.50mm

. This will represent the dataset of gap distance,

G

\ Solve for the interfragmentary strain,

\\\\epsi _(IST)

, of each fracture with element-by-element operations\ Your results should be stored into a matrix variable and this output should be suppressed\ Use a combination of built-in functions, relational operators, and logical operators in order to:\ Determine how many factures will be filled in by bone tissue vs fibrocartilage vs scar tissue\ This information should be suppressed\ You should be able to accomplish this using only the operators and functions discussed during class\ Use the fprintf() function to neatly display formatted output to the user of the

\\\\epsi _(1ST)

information found in the previous step. Sample output for this problem is shown below.\ Note: because we are using the rand[] function and generating random values each time, your solution will generate different output\ Somple Qutput for Problem C\ The following is sample output from the Command Window to help guide you towards your solution.\ \\\\table[[0.0031,0.0065,0.0047,0.0059,0.0029,0.0096,0.0052],[0.0012,0.0020,0.0090,0.0043,0,0050,0.0021,0.0087],[

6=

The Interfragmentary Strain Theory helps biomechanists and biomedical engineers to relate mechanical strain with healing outcomes in bone fractures. IST=Gd Interfragmentary Strain Theory tells us that depending on the value of the calculated 15T, the bone fracture will be repaired with a different material: - When 25ST2%, the fracture will be repaired with bone tissue - When 2%