Hideki is draining a 45-gallon aquarium at a rate of 15 gallons per minute. what is the initial value of the linear function that represents this situation? 15 gallons 30 gallons 45 gallons 60 gallons
Hideki Is Draining A 45-Gallon Aquarium At A Rate Of 15 Gallons Per Minute. What Is The Initial Value Of The Linear Function That Represents This Situation? 15 Gallons 30 Gallons 45 Gallons 60 Gallons
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Hideki Is Draining A 45-Gallon Aquarium At A Rate Of 15 Gallons Per Minute. What Is The Initial Value Of The Linear Function That Represents This Situation? 15 Gallons 30 Gallons 45 Gallons 60 Gallons. The initial value of the linear function that represents this situation is. What is the initial value of the linear function that represents this situation?
SOLVED A 30gallon tub is completely full. The drain is opened and the from www.numerade.com
What is the initial value of the linear function that represents. What is the initial value of the linear function that represents this situation? The initial value of the linear function that represents this situation is.
This Is Because When Time T Is.
What is the initial value of the linear function that represents this situation? γsolvedγclick here to get an answer to your question : Hideki is draining a 45 gailon aquarium at a fate of 15 gallons per minute.
In This Case, The Initial Value Would Be The Starting Amount Of Water In The Aquarium Before It Starts To Drain.', 'Final Answer:
The initial value of the linear function that represents this situation is. So, rate should be negative because it reduce the amount of number of gallons. Solution for hideki is draining a 45 gallon aquarium at a rate of 15 gallons per minute what is the initial value of the linear function that represents thisβ¦
2 The Initial Volume In The Aquarium Is 45 Gallons.
1 the initial value of the linear function is the total volume of water in the aquarium at the start. What is the initial value of the linear function that represents this situation? π want a more accurate answer?
What Is The Initial Value Of The Linear Function That Represents.