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The system of equations models the price per share, y, for two stocks over time, x. Which reprecents tyw viable solutions to the system? -y<=3x+4 -3x+3y<=-9 Al real number values, with x>=0 All real number values, with y>=0 All real number values of x and y All real number values, with x>=0 and y>=0

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Final answer:

The viable solutions to the system of inequalities representing stock prices over time are all real number values with x>=0 and y>=0, as both time and price per share cannot be negative.

Step-by-step explanation:

The system of equations provided models the price per share for two different stocks over time. We have two inequalities to consider:

  • -y <= 3x + 4

  • -3x + 3y <= -9

To find the viable solutions to this system, we look for the values of x and y that satisfy both inequalities simultaneously. Since the system represents prices and time, both variables are typically non-negative in such contexts. Thus, the viable solutions should be all real number values of x and y such that x is greater than or equal to 0 (x>=0) since time cannot be negative and y represents the price per share, which also cannot be negative. Therefore, the correct answer is 'All real number values, with x>=0 and y>=0'.

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