Which of the following is the most appropriate unit to describe the rate at which water flows over Niagara Falls? O Day per billion gallons, because the independent quantity is volume of water in billion gallons and dependent quantity is time in days O Billion gallons per day, because the independent quantity is volume of water in billion gallons and dependent quantity is time in days O Billion gallons per day, because the independent quantity is time in days and dependent quantity is volume of water in billion gallons O Day per billion gallons, because the independent quantity is time in days and dependent quantity is volume of water in billion gallons

Which of the following is the most appropriate unit to describe the rate at which water flows over Niagara Falls? O Day per billion gallons, because the independent quantity is volume of water in billion gallons and dependent quantity is time in days O Billion gallons per day, because the independent quantity is volume of water in billion gallons and dependent quantity is time in days O Billion gallons per day, because the independent quantity is time in days and dependent quantity is volume of water in billion gallons O Day per billion gallons, because the independent quantity is time in days and dependent quantity is volume of water in billion gallons

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

Which of the following is the most appropriate unit to describe the rate at which water flows over Niagara
Falls?
O Day per billion gallons, because the independent quantity is volume of water in billion gallons and dependent quantity is
time in days
O Billion gallons per day, because the independent quantity is volume of water in billion gallons and dependent quantity is
time in days
O Billion gallons per day, because the independent quantity is time in days and dependent quantity is volume of water in
billion gallons
O Day per billion gallons, because the independent quantity is time in days and dependent quantity is volume of water in
billion gallons

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Can anyone briefly explain how you get the answers
Weber's law, a concept taught in most Introduction to Psychology courses, states that the ratio of the intensity of a stimulus to the "just noticeable" increment in intensity is constant, that is, the ratio doesn't depend on the intensity of the stimulus. The ratio is called the "Weber fraction," so a concise statement of Weber's Naw is that "the Weber fraction is constant, regardless of the stimulus intensity." It turns out that Weber's law is not so much a law as it is a rule of thumb, since it is violated in many situations. For instance, for some auditory stimuli, the Weber fraction does depend systematically on the stimulus intensity. %3D The following bivariate data are the experimental data obtained for one listener in an auditory intensity discrimination task. For each of the ten stimulus intensities x (in decibels), the Weber fraction y (in decibels) is shown. Figure 1 is a scatter plot of the data. Stimulus intensity, x (in decibels) Weber fraction, y (in decibels) 1+ 35…