exothermic methods to create a closed system using an immersion heat coil...for 5,000 gallon tank....no judgement...

exothermic methods to create a closed system using an immersion heat coil...for 5,000 gallon tank....no judgement all methods or ideas welcome

Expert Solution

The present invention relates to heat resistant compositions with dispersion stability of the continuous molding, which is excellent in drainage properties, excellent heat properties, excellent moldability and excellent shape-retention performance, become sticky, and to the use of the the method of heat generation of said heat generating composition and preparation of the heating element. It contains as a main component of the heat generating material generating heat, carbon component, oxidation promoting agent in water and reaction with oxygen, wherein said composition further contains a stabilizer to prevent the separation of water in a proportion of 100 0.001 to 0.25 parts by mass of the heat generating parts by mass of the composition, and having a water mobility value of 7-40 and 0-30 of separation.

samet mamat answered 2 years ago

An immersion heater works by supplying heat at a constant rate Q to a tank of...

An immersion heater works by supplying heat at a constant rate Q to a tank of water. At the same time, heat is lost to the surrouding medium at a rate proportional to the temperature difference between the water (assumed the same throughout the tank) and the ambient temperature (this is Newton's law of cooling). These assumptions imply: du/dx = -ku + {Q, when the heater is on... 0, when the heater is off where u(t) is the temperature of...

Please Find of CSTR system with rxn : A >> 2B , exothermic heat of rxn...

Please Find of CSTR system with rxn : A >> 2B , exothermic heat of rxn The following Q1) control objectives Q2) external disturbances Q3) available measurements Q4) manipulated variables

Consider a Carnot heat engine cycyle executed in a closed system (piston-cylinder device) using 0.01848695 kg...

Consider a Carnot heat engine cycyle executed in a closed system (piston-cylinder device) using 0.01848695 kg of stem as the working fluid. It is known that the maximum absolute temperature in the cycle is three times the minimum absolute temperature, and the net-work output of the cycle is 90 KJ assuming no kinetic and potential energy changes. If the steam changes from saturated vapor (state 3=h_g) to saturated liquid(state 4=h_f) during heat rejection (process3-4) determine a) the thermal efficiency of...

If a closed system loses 2200 J of heat (to the surrounding environment) and 800 J...

If a closed system loses 2200 J of heat (to the surrounding environment) and 800 J of work is done on the system then what was the change in the internal energy of the system. An ideal gas (inside a cylinder fitted with a movable piston) is heated and slowly expands at constant pressure of 5 atm from 1.5 L to 5.5 L. How much work is done by the gas in this process? If 1,700 J of heat was added...

WITH using methods create an array with numbers

IN JAVA Prompt 3:WITH using methods create an array with numbersint [] number = { 35, 68, 80, 34, 45, 79, 80};Display the numbers in the array using for loopDisplay the sumFind biggest element in the arrayDisplay the numers in the array with index numbersDisplay the numers using for loop in ascending order (sort)

Five kg of oxygen (O2), initially at 430°C, fills a closed, rigid tank. Heat transfer from...

Five kg of oxygen (O2), initially at 430°C, fills a closed, rigid tank. Heat transfer from the oxygen occurs at the rate 425 W for 10 minutes. Assuming the ideal gas model with k = 1.350 for the oxygen, determine its final temperature, in °C. Can't seem to find the right equations to use for this one, so I'm getting pretty stumped. Any help would be greatly appreciated

A system for the storage of thermal energy is to be designed using an underground tank...

A system for the storage of thermal energy is to be designed using an underground tank of water. The tank is buried at a depth of 3 m and is a cube of 1 m on each side. The water in the tank is heated by circulating it through a solar energy collection system. A given heat input to the water may be assumed due to the solar energy flux. Characterize the design problem in terms of the fixed quantities...

8) Create the following program using Java. Circle calculation using methods Create scanner declare double variable...

8) Create the following program using Java. Circle calculation using methods Create scanner declare double variable radius = -999 declare character choice create do while loop inside of do loop write: System.out.println(); System.out.println("*** CIRCLE CALCULATIONS ***"); System.out.println(); System.out.println("1. Enter the radius of the circle"); System.out.println("2. Display the area of the circle"); System.out.println("3. Display the circumference of the circle"); System.out.println("4. Quit"); System.out.println(); System.out.println("Enter a number from 1 - 4"); System.out.println(); Declare choice character and relate to scanner declare switch (choice) case...

4.) Create a Java program using the “extends” and “runnable” methods. You will be creating your...

4.) Create a Java program using the “extends” and “runnable” methods. You will be creating your own threaded program using the threadExtend.java code and the threadRunnable.java code. A.) Focus the threadExtend.java code DETAILS TO NOTE: - It creates 4 instances of the same thread. This means that the thread code is actually running 4 separate times - The thread accepts 2 parameters, an INTEGER from 1 to 4, as well as an ID - Note the parameters are hard coded...

Using Apple ... 1. Describe the methods that you plan to use to create global presence...

Using Apple ... 1. Describe the methods that you plan to use to create global presence and visibility in your advertising campaigns. 2. Select the best promotional tools to promote your product in the global market. Discuss the associated pros and cons of these tools as well as any ethical concerns.

Question