Mobile device management software helps students in managing their devices remotely. Mobile device management software is software which connects, manage, monitor, solve problems and secure mobile devices remotely. Students often face various problems when using their devices which can be addressed with the use of device management software: Secure data in case of loss/theft of device: Mobile devices are easy target. In case of theft or loss of device, it can be locked, and data can be wiped off using mobile device management software so as to safe guard important data. Need of removal of application or data from devices: If some of the data or application needs to remove that can be done with the use of mobile device management software. Changing or adding passwords: Passwords can be easily broken. Using mobile device management software student can change the password remotely. So that any unauthorized person does not access device. Device misplacement: Mobile device management software is great tool which helps in tracking phone by finding its location and making it ring. Upgrading phone: With mobile device management software there is no need to upgrade the phone manually, do that using mobile device management software with number of extra controls. All these issues can be addressed easily with the use of device management software if loaded and linked properly.

Question

Modular Program Structure. Analysis of Structured Programming Examples. Ways to Reduce Coupling. Based on the given problem, create an algorithm and a block diagram, and write the program code: Function: y=xsin⁡x Interval: [0,π] Requirements: Create a graph of the function. Show the coordinates (x and y). Choose your own scale and show it in the block diagram. Create a block diagram based on the algorithm. Write the program code in Python. Requirements: Each step in the block diagram must be clearly shown. The graph of the function must be drawn and saved (in PNG format). Write the code in a modular way (functions and the main part should be separate). Please explain and describe the results in detail.

Answer 1

Question

Chapter 4, Problem 1.2CTQ

Identifying issues that could be solved by using mobile device management software.

Program Plan Intro

Mobile device management software helps students in managing their devices remotely. Mobile device management software is software which connects, manage, monitor, solve problems and secure mobile devices remotely.

Students often face various problems when using their devices which can be addressed with the use of device management software:

Secure data in case of loss/theft of device: Mobile devices are easy target. In case of theft or loss of device, it can be locked, and data can be wiped off using mobile device management software so as to safe guard important data.

Need of removal of application or data from devices: If some of the data or application needs to remove that can be done with the use of mobile device management software.

Changing or adding passwords: Passwords can be easily broken. Using mobile device management software student can change the password remotely. So that any unauthorized person does not access device.

Device misplacement: Mobile device management software is great tool which helps in tracking phone by finding its location and making it ring.

Upgrading phone: With mobile device management software there is no need to upgrade the phone manually, do that using mobile device management software with number of extra controls.

All these issues can be addressed easily with the use of device management software if loaded and linked properly.

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Modular Program Structure. Analysis of Structured Programming Examples. Ways to Reduce Coupling. Based on the given problem, create an algorithm and a block diagram, and write the program code: Function: y=xsin⁡x Interval: [0,π] Requirements: Create a graph of the function. Show the coordinates (x and y). Choose your own scale and show it in the block diagram. Create a block diagram based on the algorithm. Write the program code in Python. Requirements: Each step in the block diagram must be clearly shown. The graph of the function must be drawn and saved (in PNG format). Write the code in a modular way (functions and the main part should be separate). Please explain and describe the results in detail.

Based on the given problem, create an algorithm and a block diagram, and write the program code: Function: y=xsin⁡x Interval: [0,π] Requirements: Create a graph of the function. Show the coordinates (x and y). Choose your own scale and show it in the block diagram. Create a block diagram based on the algorithm. Write the program code in Python. Requirements: Each step in the block diagram must be clearly shown. The graph of the function must be drawn and saved (in PNG format). Write the code in a modular way (functions and the main part should be separate). Please explain and describe the results in detail.