An airplane is flying at a steady elevation of 14,500 feet. The airplane will need to ascend to an elevation of 33,000 feet to avoid a storm. They immediately began to ascend at a constant rate. After 2 minutes the airplane needs to reach an elevation of 17,000 feet. Write an equation that could represent the amount of time it takes the airplane to ascend to the elevation necessary to avoid flying through the storm. Use t to represent the amount of time in minutes spend ascending _________________ If the airplane continues to ascend at the same rate, how many minutes from the time the pilots are informed about the storm will it take for the airplane to reach the elevation necessary to avoid flying through the storm? Show how you found your answer using the equation you created. ___________________
Equations and Inequations
Equations and inequalities describe the relationship between two mathematical expressions.
Linear Functions
A linear function can just be a constant, or it can be the constant multiplied with the variable like x or y. If the variables are of the form, x2, x1/2 or y2 it is not linear. The exponent over the variables should always be 1.
An airplane is flying at a steady elevation of 14,500 feet.
The airplane will need to ascend to an elevation of 33,000 feet to avoid a storm. They immediately began to ascend at a constant rate. After 2 minutes the airplane needs to reach an elevation of 17,000 feet.
Write an equation that could represent the amount of time it takes the airplane to ascend to the elevation necessary to avoid flying through the storm. Use t to represent the amount of time in minutes spend ascending
_________________
If the airplane continues to ascend at the same rate, how many minutes from the time the pilots are informed about the storm will it take for the airplane to reach the elevation necessary to avoid flying through the storm? Show how you found your answer using the equation you created.
___________________
Given,
An airplane is flying at a steady elevation of 14,500 feet.
The airplane will need to ascend to an elevation of 33,000 feet to avoid a storm.
After 2 minutes the airplane needs to reach an elevation of 17,000 feet.
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