I don't know how to solve this it's similar to my last question but not really estion 4 (5 points)Given the conversion tableU.S./Metric Units of LengthUnits of TimeU.S./Metric Units of Volume1 foot12 inches60 seconds → 1 minute3 teaspoons → 1 tablespoon1,000 meters1 kilometer 60 minutes A 1hour1 cup >16 tablespoons5,280 feet1 mile1 week 7 days16 cups 1 gallon1,609 meters1 mile365 days 1 year1 gallonA 3.8 liters100 centimeters1 meter1 day 24 hours14.8 milliliterse 1 tablespoon64 tablespoons per 3 minutes is how many gallons per hour?Please don't include units (just the number),round to the nearest integer and you mustshow your unit fractions to receive credit.protect the princess episode 1-12 | anime english dub Z

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Answered: 64 tablespoons per 3 minutes is how…

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)

6th Edition

ISBN:9781337111348

Author:Bruce Crauder, Benny Evans, Alan Noell

Publisher:Bruce Crauder, Benny Evans, Alan Noell

Chapter1: Functions

Section1.4: Functions Given By Words

Problem 14E: Continued This is a continuation of Exercise 13. As we saw earlier, the stock turnover rate of an...

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Continued This is a continuation of Exercise 13. As we saw earlier, the stock turnover rate of an item is the number of times that the average inventory of the item needs to be replaced as a result of sales in a given time period. Suppose that a hardware store sells 80 shovels each year. a. Suppose that the hardware store maintains an average inventory of 5 shovels. What is the annual stock turnover rate for the shovels? How is this related to the yearly number of orders to the wholesaler needed to restock inventory? b. What would he the annual stock turnover rate if the store maintained an average inventory of 20 shovels? c. Write a formula expressing the annual stock turnover rate as a function of the average inventory of shovels, identify the function and the variable, and state the units.
Mass-Luminosity Relation Roughly 90 of all stars are main-sequence stars. Exceptions include supergiants, giants, and dwarfs. For main-sequence stars including the sun, there is an important relationship called the mass-luminosity relation between the relative luminosity L and the mass M in terms of solar masses. Relative masses and luminosities of several main-sequence stars are reported in the accompanying table. Star Solar mass M Luminosity L Spica 7.3 1050 Vega 3.1 55 Altair 1 1.1 The Sun 1 1 61 Cygni A 0.17 0.002 a Find a power model for the data in this table. Round the power and the coefficient to one decimal place. The function you find is known to astronomers as the mass-luminosity relation. b Kruger 60 is a main sequence star that is about 0.11 solar mass. Use functional notation to express the relative luminosity of Kruger 60, and then calculate that value. c Wolf 359 has a relative luminosity of about 0.0001. How massive is Wolf 359? d If one star is 3 times as massive as another, how do their luminosities compare?

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