Write a MATLAB script to generate random measurements of a quantity, then calculate and display the accuracy and precision of these measurements. The steps below are a guideline. $($Provide your code after e$.)$

a$.$ True value of the Quantity

Create a variable that represents the true value of the quantity you are measuring, for example you can set it to $50$ or $100.$ This value will be used as the reference point for calculating accuracy and precision.

b$.$ Generate $50$ Random Measurements with some noise

Use MATLAB's random number generation function to create $50$ random measurements around the true value. Introduce some noise to simulate measurement variations. Hint $($measurements $=$ true value $+$ random $*$ noise$)$ for purpose of this question noise will be $5.$

c$.$ Calculate Accuracy

Accuracy is determined by how close the mean of the measurements is to the true value of the quantity. Calculate the mean of the measurements and then find the difference from the true value. Hint $($this will give you accuracy$)$

d$.$ Calculate Precision

Precision indicates how close the measurements are to each other. It is calculated as the standard deviation of the measurements. Hint $($use MATLABs built in function for standard deviation$)$

e$.$ Display Results

Print the true value, accuracy and precision, also display a sample of the first $10$ measurements to give an idea of the data generated.

Write a MATLAB script to generate random measurements of a quantity, then calculate and display the accuracy and precision of these measurements. The steps below are a guideline. $($Provide your code after e$.)$

a$.$ True value of the Quantity

Create a variable that represents the true value of the quantity you are measuring, for example you can set it to $50$ or $100.$ This value will be used as the reference point for calculating accuracy and precision.

b$.$ Generate $50$ Random Measurements with some noise

Use MATLAB's random number generation function to create $50$ random measurements around the true value. Introduce some noise to simulate measurement variations. Hint $($measurements $=$ true value $+$ random $*$ noise$)$ for purpose of this question noise will be $5.$

c$.$ Calculate Accuracy

Accuracy is determined by how close the mean of the measurements is to the true value of the quantity. Calculate the mean of the measurements and then find the difference from the true value. Hint $($this will give you accuracy$)$

d$.$ Calculate Precision

Precision indicates how close the measurements are to each other. It is calculated as the standard deviation of the measurements. Hint $($use MATLABs built in function for standard deviation$)$

e$.$ Display Results

Print the true value, accuracy and precision, also display a sample of the first $10$ measurements to give an idea of the data generated.

PLEASE ANSWER ALL PARTS