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A weight suspended on a spring is at its equilibrium point five inches above the top of a table. When the weight is pulled down two inches, it bounces above the equilibrium point and returns to the point from which it was released in one second. Which of these can be used to model the weight's height above the table as a function of time in seconds

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FTCE Math 6-12 Test: Florida teacher certificate candidates are required to pass this test which covers mathematics for grades 6-12.

There are 75 multiple-choice questions, broken up into graphic, direct question, sentence completion, command, word problem, and selection items.

The FTCE Math 6-12 exam has ten competencies:

Algebra (13%)
Advanced Algebra (12%)
Functions (8%)
Geometry (15%)
Coordinate Geometry (6%)
Trigonometry (7%)
Statistics and Probability (10%)
Calculus (9%)
Mathematical Reasoning (5%)
Instruction and Assessment (15%)


A weight suspended on a spring is at its equilibrium point five inches above the top of a table. When the weight is pulled down two inches, it bounces above the equilibrium point and returns to the point from which it was released in one second. Which of these can be used to model the weight's height <img src='https://www.fatskills.com/images3/ftcemath/image_019_001.png'> above the table as a function of time<br><img src='https://www.fatskills.com/images3/ftcemath/image_019_002.png'> in seconds






 
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