1 shift13pg dnenterinsdel(IntelCORE 13Rois tilled to capacty wocte500 . Brime contermingper gallon 1o pumpedA large tankgallons of wocter2 pounds of oattthe tank at a rate of 10gal /minintoThe well-mixed soluticr Iu pu mped outWhat co thee concerntratto m oCt)in the fank atat the same ratesaltJut po

Answered: Image /qna-images/answer/660fb754-3398-4cab-9fa4-1b2525afe6b7.jpg

CORE 13 th Gen A large tank is tilled to capacity with 500 gallonc of weeter. Brime conteurning per gallon 1s pumped rate of 10gal lulh Ro 2 pounds of satt the tank at a into The well- mixed solutior u pumped out at the same rate Innrdnd u W) W hat o the concerntration oGt) salt in the tank at od the min

CORE 13 th Gen A large tank is tilled to capacity with 500 gallonc of weeter. Brime conteurning per gallon 1s pumped rate of 10gal lulh Ro 2 pounds of satt the tank at a into The well- mixed solutior u pumped out at the same rate Innrdnd u W) W hat o the concerntration oGt) salt in the tank at od the min

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter2: Equations And Inequalities

Section2.7: More On Inequalities

Problem 44E

See similar textbooks

Similar questions

you have to responsibility to manage a 100 heactaere forest with a matur stock of 800 cubik meters per hectare having mean annual increment of 10 cubis meter per hectare per year ,over a planed rotation of 20 year . an application of area control will lead to an annual harvest of (a) 5000m3/year (b) 5ha/year (c) 4000m3 (d) 15ha/year
Two large tanks, each holding 24 liters of a brine solution, are interconnected by pipesas shown in the figure. Fresh water follows into tank T1 at a rate of 6L/min and fluid is drainedout of tank T2 at the same rate; also 8L/min of fluid are pumped from tank T1 to tank T2 and2L/min from tank T2 to tank T1. The liquids inside each tank are kept well stirred. If, initially, thebrine solution in tank T1 contains 1 kg of salt and that in tank T2 contains 6 kg of salt, determinethe mass of salt in each tank at time t > 0
A container holds 200 gal of brine solution containing 50 lb of salt. Initially, fresh water is poured into the tank at a rate of 10 gal/min, while the well-stirred mixture leaves the tank at the same rate. Letting y as the amount of salt at any time t, the mass flow rate at output is maintained at 50. O True. O False. O Partially true. O Insufficient information to state its truth value.
1s thls ab50Iut3Iy or c0ndltl0naIIy c0nv3rg3nt? PI3as3 sh0w step by step. Thls ls a c0mblnatl0n 0f aIt3rnatlng and p s3rl3s.
how far from it's equilibrium position does the mass travel( round answer to two decimal places)
Assume that after w months,butterfiles populace in 1000 is calculated as F(w)=12w+cos(16w)+n×100 Find maximum and minimum populace in 1st five months.Where n=770
An industrial food-manufacturing operation wishes to expand, and it requires an improved water supply. They propose to construct a fully penetrating well in an infinite, horizontal, confined, homogeneous, isotropic aquifer, and they plan to pump at a constant rate of 20 L/s. If T = 1.3 x 10-2 m2/s, and S is 2.0 x 10-4, make the following calculations. a. Calculate the drawdown that would occur in an observation well 60 m from a pumping well at times of 1, 5, 10, 50 and 210 min after the start of pumping. The environmental regulator has imposed a limitation on the drawdown from the well in order to prevent impacts to surrounding groundwater users. If the drawdown limit is set to a maximum of 1.5 m at a distance of 250 m, after ten days of pumping, is this well likely to be in compliance with the regulation?
Consider the following tank-water system. Tank A holds 200 liters of water, initially pure. Brine with a concentration of 3 grams of salt per liter flows into tank A at 5 liters per minute. The solution flows out of tank A into tank B at a rate of 5 liters per minute. Tank B is a 125 liter tank of initially pure water which receives the outflow from tank A, and the well-mixed solution flows out of tank B at 5 liters per minute. Write down a system of differential equations that models the scenario.
Find the net change in ve]locity over [1, 4] of an object with a(t) = 8t − t2 m/s2.
Find the third iteration value of an extremum (maximum/minimum value) of if a = 5, b = 0.5, and c = 5 using Newton's Method with an initial guess value of x = - 4.3
Can you find the amount of salt A in the tank at any time t?
Lori Cook has developed the following forecastingmodel: yn = 36 + 4.3x where yn = demand for Kool Air conditioners andx 5 the outside temperature (°F) PXa) Forecast demand for the Kool Air when the temperature is 70°F.b) What is demand when the temperature is 80°F?c) What is demand when the temperature is 90°F?