What are the uses of thermal decomposition?

What are the uses of thermal decomposition?
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Thermal decomposition of alkanes is known as which name? -General Knowledge

Description : Thermal decomposition of alkanes is known as which name? -General Knowledge

Last Answer : The answer is 'Cracking'

Thermal decomposition of alkanes is known as which name? -General Knowledge

Description : Thermal decomposition of alkanes is known as which name? -General Knowledge

Last Answer : answer:

Thermal decomposition of alkanes is known as which name? -General Knowledge

Description : Thermal decomposition of alkanes is known as which name? -General Knowledge

Last Answer : answer:

Which of the following compounds on thermal decomposition yields as basic as well as acidic oxides ?

Description : Which of the following compounds on thermal decomposition yields as basic as well as acidic oxides ?

Last Answer : Which of the following compounds on thermal decomposition yields as basic as well as acidic oxides ? A. `Ca(OH)_(2) ... C. `K_(2)CO_(3)` D. `MgCO_(3)`

For per gram of reactant, the maximum quantity of `N_(2)` gas is produce in which of the following thermal decomposition reactions ? (Given : Atomic w

Description : For per gram of reactant, the maximum quantity of `N_(2)` gas is produce in which of the following thermal decomposition reactions ? (Given : Atomic w

Last Answer : For per gram of reactant, the maximum quantity of `N_(2)` gas is produce in which of the following thermal ... rarr N_(2) (g) + 3H_(2) (g)`

The compound that does not produce nitrogen gas by the thermal decomposition is

Description : The compound that does not produce nitrogen gas by the thermal decomposition is

Last Answer : The compound that does not produce nitrogen gas by the thermal decomposition is A. `NH_(4)NO_(2)` B. `(NH_(4))_(2 ... 2)` D. `(NH_(4))_(2)Cr_(2)O_(7)`

Nitrogen is obtained by the thermal decomposition of :

Description : Nitrogen is obtained by the thermal decomposition of :

Last Answer : Nitrogen is obtained by the thermal decomposition of : A. `NH_(4)Cl` B. `NH_(4)NO_(3)` C. `AgNO_(3)` D. `NH_(4)NO_(2)`

For per gram of reactant, the maximum quantity of `N_(2)` gas is produce in which of the following thermal decomposition reactions ? (Given : Atomic w

Description : For per gram of reactant, the maximum quantity of `N_(2)` gas is produce in which of the following thermal decomposition reactions ? (Given : Atomic w

Last Answer : For per gram of reactant, the maximum quantity of `N_(2)` gas is produce in which of the following thermal ... rarr N_(2) (g) + 3H_(2) (g)`

The compound that does not produce nitrogen gas by the thermal decomposition is

Description : The compound that does not produce nitrogen gas by the thermal decomposition is

Last Answer : The compound that does not produce nitrogen gas by the thermal decomposition is A. `NH_(4)NO_(2)` B. `(NH_(4))_(2 ... 2)` D. `(NH_(4))_(2)Cr_(2)O_(7)`

Nitrogen is obtained by the thermal decomposition of :

Description : Nitrogen is obtained by the thermal decomposition of :

Last Answer : Nitrogen is obtained by the thermal decomposition of : A. `NH_(4)Cl` B. `NH_(4)NO_(3)` C. `AgNO_(3)` D. `NH_(4)NO_(2)`

Thermal decomposition product(s) of `XeF_(2)` are:

Description : Thermal decomposition product(s) of `XeF_(2)` are:

Last Answer : Thermal decomposition product(s) of `XeF_(2)` are: A. `Xe` B. `XeF_(2)` C. `XeF_(4)` D. `F_(2)`

Asseration: The thermal stability of hydrides of oxygen family decrease with molecular weight. Reason: The decomposition of `M-H` bond requires lesser

Description : Asseration: The thermal stability of hydrides of oxygen family decrease with molecular weight. Reason: The decomposition of `M-H` bond requires lesser

Last Answer : Asseration: The thermal stability of hydrides of oxygen family decrease with molecular weight. Reason: The decomposition ... in `O-H` than `S-H`.

What is the equation of the thermal decomposition of silane?

Description : What is the equation of the thermal decomposition of silane?

Last Answer : The chemical equation is:SiH4 = Si + 2 H2

Thermal decomposition of alkanes is known as which name?

Description : Thermal decomposition of alkanes is known as which name?

Last Answer : Cracking

Crude oil is subjected to vacuum distillation in the last stage, because (A) High boiling point products like heavy fuel oil & lubricating oils are heat sensitive and may decompose (B) Lighter/low boiling products are prone to thermal decomposition (C) High purity products can be obtained thereby (D) None of these

Description : Crude oil is subjected to vacuum distillation in the last stage, because (A) High boiling point products like heavy fuel oil & lubricating oils are heat sensitive and may decompose (B) Lighter/low ... prone to thermal decomposition (C) High purity products can be obtained thereby (D) None of these

Last Answer : (A) High boiling point products like heavy fuel oil & lubricating oils are heat sensitive and may decompose

High pressure at the bottom of a distillation tower handling heat sensitive materials results in (A) Thermal decomposition of bottoms (B) Increased relative volatility (C) Erosion of the tower (D) Very efficient operation

Description : High pressure at the bottom of a distillation tower handling heat sensitive materials results in (A) Thermal decomposition of bottoms (B) Increased relative volatility (C) Erosion of the tower (D) Very efficient operation

Last Answer : (A) Thermal decomposition of bottoms

Steam distillation is used to (A) Reduce the number of plates (B) Avoid thermal decomposition of a component (C) Increase the efficiency of separation (D) Increase the total pressure of distillation

Description : Steam distillation is used to (A) Reduce the number of plates (B) Avoid thermal decomposition of a component (C) Increase the efficiency of separation (D) Increase the total pressure of distillation

Last Answer : (B) Avoid thermal decomposition of a component

mmonium nitrate is (A) Having about 40% N2 (B) Not hygroscopic (C) Not prone to explosive thermal decomposition (D) Mixed with limestone powder to reduce its explosive nature before using it as a fertilizer

Description : mmonium nitrate is (A) Having about 40% N2 (B) Not hygroscopic (C) Not prone to explosive thermal decomposition (D) Mixed with limestone powder to reduce its explosive nature before using it as a fertilizer

Last Answer : (D) Mixed with limestone powder to reduce its explosive nature before using it as a fertilizer

Solvay process is not used for the manufacture of potassium carbonate, because of the reason that potassium bicarbonate (A) Is prone to thermal decomposition (B) Has high water solubility and is unstable (C) Is soluble in ammonium chloride and potassium chloride solution (D) All (A), (B) and (C)

Description : Solvay process is not used for the manufacture of potassium carbonate, because of the reason that potassium bicarbonate (A) Is prone to thermal decomposition (B) Has high water solubility and is unstable (C) Is soluble in ammonium chloride and potassium chloride solution (D) All (A), (B) and (C)

Last Answer : (C) Is soluble in ammonium chloride and potassium chloride solution

The thermal decomposition of alkanes in the absence of air is called : (a) Combustion (b) Oxidation (c) Cracking (d) Hydrogenation

Description : The thermal decomposition of alkanes in the absence of air is called : (a) Combustion (b) Oxidation (c) Cracking (d) Hydrogenation

Last Answer : Cracking

Which of the printers used in conjunction with computers uses dry ink powder? A) Daisy wheel printer B) Line printer C) Laser printer D) Thermal printer

Description : Which of the printers used in conjunction with computers uses dry ink powder? A) Daisy wheel printer B) Line printer C) Laser printer D) Thermal printer

Last Answer : Answer : C

Heat engine uses ______ energy to produce mechanical work. a. Thermal b. Fluid c. Kinetic d. Electric (Ans:a)

Description : Heat engine uses ______ energy to produce mechanical work. a. Thermal b. Fluid c. Kinetic d. Electric (Ans:a)

Last Answer : Which of the following is not an internal Combustion (IC) engine? a. Gas engine b. Wankel engine c. Jet engine d. Stirling engine (Ans:d)

Which of the following type of printer uses a thermal transfer ribbon that contains wax-based ink? A. Direct Thermal B. Thermal Wax transfer C. Both (A) and (B) D. None of the Above

Description : Which of the following type of printer uses a thermal transfer ribbon that contains wax-based ink? A. Direct Thermal B. Thermal Wax transfer C. Both (A) and (B) D. None of the Above

Last Answer : B. Thermal Wax transfer

A thermal transfer printer is a ________ printer that uses heat to register an impression on paper. A. Impact B. Non-impact C. Both (A) and (B) D. None of the Above

Description : A thermal transfer printer is a ________ printer that uses heat to register an impression on paper. A. Impact B. Non-impact C. Both (A) and (B) D. None of the Above

Last Answer : B. Non-impact

The schematic diagram shown in the illustration uses symbol 'A' to represent a/an _________. EL-0011 A. non-renewable fuse link B. circuit breaker coil C. overload relay coil D. thermal overload heater

Description : The schematic diagram shown in the illustration uses symbol 'A' to represent a/an _________. EL-0011 A. non-renewable fuse link B. circuit breaker coil C. overload relay coil D. thermal overload heater

Last Answer : Answer: D

A thermal nuclear reactor compared to a fast breeder reactor (A) Uses slower neutrons for fission (B) Uses faster neutrons for fission (C) Gives higher power density (D) Requires less fuel to run at the same power level

Description : A thermal nuclear reactor compared to a fast breeder reactor (A) Uses slower neutrons for fission (B) Uses faster neutrons for fission (C) Gives higher power density (D) Requires less fuel to run at the same power level

Last Answer : (A) Uses slower neutrons for fission

Which of the printers used in conjunction with computers uses dry ink power? a. Daisy wheel printer b. Line printer c. Laser printer d. Thermal printer

Description : Which of the printers used in conjunction with computers uses dry ink power? a. Daisy wheel printer b. Line printer c. Laser printer d. Thermal printer

Last Answer : Laser printer

Which of the printers used in conjunction with computers uses dry ink power? a. Daisy wheel printer b. Line printer c. Laser printer d. Thermal printer

Description : Which of the printers used in conjunction with computers uses dry ink power? a. Daisy wheel printer b. Line printer c. Laser printer d. Thermal printer

Last Answer : c. Laser printer

Which of the printers used in conjunction with computers uses dry ink power? a. Daisy wheel printer b. Line printer c. Laser printer d. Thermal printer

Description : Which of the printers used in conjunction with computers uses dry ink power? a. Daisy wheel printer b. Line printer c. Laser printer d. Thermal printer

Last Answer : c. Laser printer

Reactors in commercial nuclear power plants in the U.S. are often referred to as thermal reactors. A thermal reactor uses: w) fissionable plutonium-239 as fuel. x) a relatively low heat output. y) neutrons moderated to relatively low energies. z) liquid sodium as a coolant.

Description : Reactors in commercial nuclear power plants in the U.S. are often referred to as thermal reactors. A thermal reactor uses: w) fissionable plutonium-239 as fuel. x) a relatively low heat output. y) neutrons moderated to relatively low energies. z) liquid sodium as a coolant.

Last Answer : ANSWER: Y -- NEUTRONS MODERATED TO RELATIVELY LOW ENERGIES.

Uses of solar thermal energy in industry

Description : Uses of solar thermal energy in industry

Last Answer : 1. Solar distillation 2. Solar drying 3. Solar cooling 4. Solar radiation into cooling or air- conditioning

Decomposition? (Details inside)

Description : Decomposition? (Details inside)

Last Answer : answer:Bummer. If it weren't the bathroom wall, I would say that it would dry out and stop smelling in about a week. But being the bathroom, near water and humidity, it would take longer. ... not hermetically so) The other question: what other vermin (insects, etc.) will the rotting corpse attract?

What causes the distinctive odor of decomposition?

Description : What causes the distinctive odor of decomposition?

Last Answer : There are hundreds of chemicals released by decomposition, with the smelly ones being mostly volatile oils. The sheer number and variety of chemicals is why it's difficult to give an absolute answer in forensics ... it's no one thing which produces the smell, but a vast number and variety of things.

Math geeks: How do i do eigenvalue decomposition of a scalar matrix?

Description : Math geeks: How do i do eigenvalue decomposition of a scalar matrix?

Last Answer : answer:Your information isn't quite accurate. Finding eigenvalues of scalar matrices is pretty much the easiest thing in the world: they are the scalar value with multiplicity n (where n is the size of the matrix) ... help. I used to teach this, and really love linear algebra. This is fun for me. :)

How many moles of H2 and N2 can be formed by the decomposition of 0.145 moles of ammonia, NH3?

Description : How many moles of H2 and N2 can be formed by the decomposition of 0.145 moles of ammonia, NH3?

Last Answer : All together now… WE WILL NOT DO YOUR HOMEWORK

Reaction of decomposition of hypochlorite?

Description : Reaction of decomposition of hypochlorite?

Last Answer : @Hannah88 Welcome to the collective. The huge absence of answers to your question is because Flutherites don’t like to do people’s homework for them. If you can edit your question to show that you are working on the answer and are perhaps just stuck and needing a pointer that might bring help.

From the following, which method is also called as the Building Block Approach? a.Cellular Decomposition b.Spatial Occupancy Enumeration c.Generalized Sweeps d.Constructive Solid Geometry

Description : From the following, which method is also called as the Building Block Approach? a.Cellular Decomposition b.Spatial Occupancy Enumeration c.Generalized Sweeps d.Constructive Solid Geometry

Last Answer : d.Constructive Solid Geometry

Mention two ways in which the decomposition of waste in open areas can affect human health. -Geography

Description : Mention two ways in which the decomposition of waste in open areas can affect human health. -Geography

Last Answer : Rodents, insects and other vermin attracted to open dump sites may pose health risks. Dump sites with scrap tires provide an ideal breeding ground for mosquitoes, which can multiply 100 times faster ... solid waste is burnt it may release harmful gases which can harm the health of nearby people.

Which mineral is formed by decomposition of rocks, leaving a residual mass of weathered material ? -SST 10th

Description : Which mineral is formed by decomposition of rocks, leaving a residual mass of weathered material ? -SST 10th

Last Answer : Bauxite is a mineral which is formed by decomposition of rocks, leaving a residual mass of weathered material.

Which one of the following minerals is formed by decomposition of rocks, leaving a residual mass of weathered materials ? -SST 10th

Description : Which one of the following minerals is formed by decomposition of rocks, leaving a residual mass of weathered materials ? -SST 10th

Last Answer : B - Bauxite is formed after the decomposition of surface rocks. The soluble constituent within rocks evaporates and what is left behind as residue is the ore of Bauxite from which then Aluminium is extracted.

(a) Explain two ways by which food industries prevent rancidity. (b) Discuss the importance of decomposition reaction in metal industry with three points. -Chemistry

Description : (a) Explain two ways by which food industries prevent rancidity. (b) Discuss the importance of decomposition reaction in metal industry with three points. -Chemistry

Last Answer : Answer. (a) (i) Rancidity can be prevented by adding antioxidants to food containing fat and oil, e.g. butylated hydroxy anisole is added to butter as antioxidant. (ii) It can be prevented ... cryolite. (iii) Carbonate ores are thermally decomposed to give metal oxide which on reduction give metal.

What is meant by skeltal type chemical equation? What does it represent? Using the equation for electrolytic decomposition of water, differentiate between a skeltal chemical equation and a balanced chemical equation. -Chemistry

Description : What is meant by skeltal type chemical equation? What does it represent? Using the equation for electrolytic decomposition of water, differentiate between a skeltal chemical equation and a balanced chemical equation. -Chemistry

Last Answer : Answer. The equations in which gaseous are written in atomic form instead of molecular form and equation is not balanced, are called skeltal type equation. They represent gaseous elements formed in atomic state and equation is not balanced

Heat Processing and Decomposition Are these two processes one ?

Description : Heat Processing and Decomposition Are these two processes one ?

Last Answer : Yes, both reactions are done by heating.

The decomposition of `N_(2)O_(5)` in chloroform was followed by measuring the volume of `O_(2)` gas evolved : `2N_(2)O_(5)(C C_(4))to2N_(2)O_(4)(C Cl_

Description : The decomposition of `N_(2)O_(5)` in chloroform was followed by measuring the volume of `O_(2)` gas evolved : `2N_(2)O_(5)(C C_(4))to2N_(2)O_(4)(C Cl_

Last Answer : The decomposition of `N_(2)O_(5)` in chloroform was followed by measuring the volume of `O_(2)` gas evolved : ... log"(90)/(100)` D. `(100)/(10xx500)`

The decomposition of `KClO_(3)` to KCl and `O_(2)` on heating is an example of :

Description : The decomposition of `KClO_(3)` to KCl and `O_(2)` on heating is an example of :

Last Answer : The decomposition of `KClO_(3)` to KCl and `O_(2)` on heating is an example of : A ... redox change C. Disproportionation or auto redox change D. None

100 mL of `PH_(3)` on decomposition produced phosphorus and hydrogen. The change in volume is

Description : 100 mL of `PH_(3)` on decomposition produced phosphorus and hydrogen. The change in volume is

Last Answer : 100 mL of `PH_(3)` on decomposition produced phosphorus and hydrogen. The change in volume is

100 mL of `PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is :-

Description : 100 mL of `PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is :-

Last Answer : 100 mL of `PH_(3) on decomposition produced phosphorus and hydrogen. The change in volume is :- A. 50 ... . 500 mL decrease C. 900 mL decrease D. nil

Which one of the following processes during decomposition is correctly described?

Description : Which one of the following processes during decomposition is correctly described?

Last Answer : Which one of the following processes during decomposition is correctly described? A. Fragmention - ... nutrients rise to the top layers of soil

The slow rate of decomposition of fallen logs in nature is due to their

Description : The slow rate of decomposition of fallen logs in nature is due to their

Last Answer : The slow rate of decomposition of fallen logs in nature is due to their A. Anaerobic environment ... C. Low moisture content D. Poor nitrogen content

The slow rate of decomposition of fallen logs in nature is due to their

Description : The slow rate of decomposition of fallen logs in nature is due to their

Last Answer : The slow rate of decomposition of fallen logs in nature is due to their A. Anaerobic environment ... C. Low moisture content D. Poor nitrogen content