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1 through 4 please and thank you! EXERCISES Chapter 24 What are the Break and Continue Statements? Use for-end loop(s) to write a MATLAB program

image text in transcribed1 through 4 please and thank you!

EXERCISES Chapter 24 What are the Break and Continue Statements? Use for-end loop(s) to write a MATLAB program that displays the value of r and w, where 1. w 7r2 + 3r +25 for r in the domain [0,40] in steps of 2 units until w turns negative. values of 7 sin(x) in the x domain of [0, 3 Repeat Exercise 2 with a while-end loop measured across a resistor of resistance (R) when a variable current () is applied 2. Use for-end loop(s) to write a MATLAB program that outputs all the negative Use an interval of /10. 3. 4. Using a for-end loop, write a MATLAB function that finds the voltage () to the resistor. The current is a function of time, and is given by i(r) = 2t2-3t. where i is measured in amperes and t in seconds. The voltage across the resistor is given by, The resistor (R) has a constant value of 120 . Find the value of the voltage in the t domain of [0, 20] in increments of 0.1. End finding the voltage when the voltage reaches 4V or more. Output the final value of the voltage and the time this value is reached EXERCISES Chapter 24 What are the Break and Continue Statements? Use for-end loop(s) to write a MATLAB program that displays the value of r and w, where 1. w 7r2 + 3r +25 for r in the domain [0,40] in steps of 2 units until w turns negative. values of 7 sin(x) in the x domain of [0, 3 Repeat Exercise 2 with a while-end loop measured across a resistor of resistance (R) when a variable current () is applied 2. Use for-end loop(s) to write a MATLAB program that outputs all the negative Use an interval of /10. 3. 4. Using a for-end loop, write a MATLAB function that finds the voltage () to the resistor. The current is a function of time, and is given by i(r) = 2t2-3t. where i is measured in amperes and t in seconds. The voltage across the resistor is given by, The resistor (R) has a constant value of 120 . Find the value of the voltage in the t domain of [0, 20] in increments of 0.1. End finding the voltage when the voltage reaches 4V or more. Output the final value of the voltage and the time this value is reached

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