The significance of evaluating a text based on its properties is that; it helps us to comprehend better what the other person is trying to communicate.
<h3>What are the properties of a text?</h3>
The properties of a text are of four main types which are:
Now, from all the properties listed above, the main reason why it is significant evaluate a written text based on its properties is that it helps to comprehend better what the other person is trying to communicate.
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The numbered list support the purpose of the text as It provides a schedule for runners to follow as they train for a 5K race.
<h3>What is a running schedule?</h3>
A running schedule is known to be a simple formula that is used for any great training in terms of plan.
It includes Training three days a week. Therefore, The numbered list support the purpose of the text as It provides a schedule for runners to follow as they train for a 5K race.
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Answer:
The System Development Life Cycle (SDLC) phase that has seen a substantial amount of automation is the A. code generation.
Explanation:
Thus, while automation will be useful with all the SDLC phases, substantial amount of automation initiatives have been seen with the code generation phase.
The satellite that will have the greatest gravitational force as regards this question is Earth and Satellite D.
- According to universal law of gravitation,
that exist between two objects with mass 
positioned in the universe is both inversely proportional to the square of their distance 
and proportional directly to the multiplication of the masses
- From the options we can see that all the satellite has the same distance from the earth( 320km) , since the mass of the earth is constant,
- then Satellite D has the highest mass ( 500kg) and it will definitely has the greatest gravitational force.
<em>Therefore, the last Option is correct.</em>
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<em>HERE IS THE COMPLETE PART OF THE QUESTION </em>
Satellite A has a mass (kg) of 375 and the distance from Earth (km) is 320.
Satellite B has a mass (kg) of 250 and the distance from Earth (km) is 320.
Satellite C has a mass (kg) of 50 and the distance from Earth (km) is 320.
Satellite D has a mass (kg) of 500 and the distance from Earth (km) is 320.
