A sand dune stands 5 feet above sea level. the hill is eroding at a rate of 1 foot per 20 years. let y represent the height of the sand dune after x years. which equation represents the situation? y = negative startfraction 1 over 20 endfraction x minus 5 y = negative startfraction 1 over 20 endfraction x + 5 y = negative 20 x minus 5 y = negative 20 x + 5
A Sand Dune Stands 5 Feet Above Sea Level. The Hill Is Eroding At A Rate Of 1 Foot Per 20 Years. Let Y Represent The Height Of The Sand Dune After X Years. Which Equation Represents The Situation? Y = Negative Startfraction 1 Over 20 Endfraction X Minus 5 Y = Negative Startfraction 1 Over 20 Endfraction X + 5 Y = Negative 20 X Minus 5 Y = Negative 20 X + 5
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A Sand Dune Stands 5 Feet Above Sea Level. The Hill Is Eroding At A Rate Of 1 Foot Per 20 Years. Let Y Represent The Height Of The Sand Dune After X Years. Which Equation Represents The Situation? Y = Negative Startfraction 1 Over 20 Endfraction X Minus 5 Y = Negative Startfraction 1 Over 20 Endfraction X + 5 Y = Negative 20 X Minus 5 Y = Negative 20 X + 5. The hill is eroding at a rate of 1 foot per 20 years. This equation reflects the fact that the dune is eroding at a rate of.
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To determine the equation that represents the situation of the sand dune, let's analyze the information step by step: The correct equation that represents the situation is: Let y represent the height of the sand dune after x years.
The Hill Is Eroding At A Rate Of 1 Foot Per 20 Years.
A sand dune stands 5 feet above sea level. A sand dune stands 5 feet above sea level. Which equation represents the situation?
To Determine The Equation That Represents The Situation Of The Sand Dune, Let's Analyze The Information Step By Step:
The correct equation that represents the situation is: The sand dune stands at 5 feet above sea. Let y represent the height of the sand dune after x years.
A Sand Dune Stands 5 Feet Above Sea Level.
The hill is eroding at a rate of 1 foot per 20 years. A sand dune stands 5 feet above sea level. Which equation represents the situation?.
See The Equation, The Answer, And The Explanation With Examples And Diagrams.
Find out how to solve a calculus problem about a sand dune eroding at a constant rate. Y = negative startfraction 1 over 20 endfraction x + 5. Let y represent the height of the sand dune after x years.
Let Y Represent The Height Of The Sand Dune After X Years.
This equation reflects the fact that the dune is eroding at a rate of. Which equation represents the situation a. Y at initial time is 5 and therefore 5 is a constant x is the amount of.