What brand of inductinon cooktop heats the fastest?

What brand of inductinon cooktop heats the fastest?
by

1 Answer

Answer :

Electrolux rance with induction cooktop is said to be 70% more energy efficient than gas and 20% more efficient than electric. Surface sensors automatically detect the presence of magnetic cookware, activate the induction field and adjust it to the exact size of the pan. This stove top uses both electric conduction and induction cooking with its 5 burners.
by

Related questions

What kind of cooktop heats almost instantly and then doesn't burn immediately after you remove the pot?

Description : What kind of cooktop heats almost instantly and then doesn't burn immediately after you remove the pot?

Last Answer : I think it's called induction. A glass top, right? Very expensive. We should all invest in these though they take getting used to because it's a different kind of cooking. The pan heats up ... is many times more efficient than, say, the dangerous, pleasurable open flame you get with a gas stove.

Which oven pre-heats fastest?

Description : Which oven pre-heats fastest?

Last Answer : The PRAKTFULL PRO A51 S Gas range has a forced air oven for fast heating.

What type of oven heats up the fastest?

Description : What type of oven heats up the fastest?

Last Answer : Microwave ovens heat fastest. There are convection type ovens with forced air convection and these also heat very fast and uniformly.

Same ingredients, cooktop or oven; what's the difference, dietetically?

Description : Same ingredients, cooktop or oven; what's the difference, dietetically?

Last Answer : An oven heats it from all sides, which will give you a crust on top.

Steam coming from cooktop?

Description : Steam coming from cooktop?

Last Answer : My stove/oven vents out the back left top of the unit. It is not a GE product, but your vent may be where you are seeing the steam. I’d check the owners manual and if that is where the vent is I would not worry about it too much.

How to Choose an Electric Cooktop?

Description : How to Choose an Electric Cooktop?

Last Answer : When you're remodeling your kitchen, you're going to need how tochoose an electric cooktop. These cooking surfaces are cleaner andeasier to use than their gas counterparts, though deciding ... this technology is still quite new,energy efficient cooktops can also be quite expensive. By settingyours

How does an induction cooktop stove work?

Description : How does an induction cooktop stove work?

Last Answer : Basically put, an induction cooktop creates heat in the pan or pot you place on it, whereas a regular cooktop heats a burner, which in turn heats the pan or pot. It's basically heating with magnetism ... or enamelware. If a magnet sticks to the cookware, you can heat with it on a induction cooktop.

What does Perma-Flame Instant Re-Ignition mean on the Dacor SGM304S 30" Preference All-Gas 4 Burner Cooktop ?

Description : What does Perma-Flame Instant Re-Ignition mean on the Dacor SGM304S 30" Preference All-Gas 4 Burner Cooktop ?

Last Answer : If the piolet light blows out it will reignite instantly so you do not need matches.

What is the cost and the vendor for the best induction cooktop?

Description : What is the cost and the vendor for the best induction cooktop?

Last Answer : First determine how much you want to spend. The prices on the ovens can vary drastically with special features that you might not need. Do your homework and decide just what you want/need and ignore the fancy gadgets that will just go to waste.

Is a standard cooktop or an induction cooktop better?

Description : Is a standard cooktop or an induction cooktop better?

Last Answer : An induction cooker uses induction heating for cooking. Unlike other forms of cooking, heat is generated directly in the pot or pan cooking vessel, as opposed to being generated in the stovetop by electrical coils or burning gas

What are the benefits of an induction cooktop stove?

Description : What are the benefits of an induction cooktop stove?

Last Answer : Induction stoves offer ease of cleaning as well as smooth surfaces. They also have an added benefit of shorter cook time due to the rapid ability of the burners to achieve a boil or cooking temperatures.

What brand of network hub has the fastest transfer speed?

Description : What brand of network hub has the fastest transfer speed?

Last Answer : Transfer speed is not dictated by brand -- check the specifications for "Gigabit" which is the current fastest network hardware specification.

What is the fastest ram brand now for a laptop?

Description : What is the fastest ram brand now for a laptop?

Last Answer : G Skill, A-Data and PNY all sell dual channel 400 DDR RAM, which is the fastest laptop RAM available.

What heats the water in a dishwasher?

Description : What heats the water in a dishwasher?

Last Answer : That’s heat for the drying cycle. I believe the washer pulls hot water from your hot-water heater like all other appliances. The high-heat setting is most likely a higher hot/cold balance.

Tibetan plateau heats up in summer but why not the Himalayas? (Indian Monsoon) -Geography

Description : Tibetan plateau heats up in summer but why not the Himalayas? (Indian Monsoon) -Geography

Last Answer : Himalayas acted on the monsoon in two ways. The Tibetan plateau, heated up during summer and thereby established an atmospheric circulation that was conducive for the monsoon. The vast ... subcontinent, which keeps South Asia much warmer than corresponding temperate regions in the other continents.

What sneaks through doors and windows without knocking? What heats an unlit stove? What gives the cat a snug place to rest? -Riddles

Description : What sneaks through doors and windows without knocking? What heats an unlit stove? What gives the cat a snug place to rest? -Riddles

Last Answer : The sun!

Which statement regarding air temperature is NOT trueCool air rises and warm air falls.Air heats up more quickly than land.Warm air is less dense than cool air.Air heats up more quickly than water?

Description : Which statement regarding air temperature is NOT trueCool air rises and warm air falls.Air heats up more quickly than land.Warm air is less dense than cool air.Air heats up more quickly than water?

Last Answer : Cool air rises and warm air falls is false. Cool air is denser than warm air, and therefore warm air will rise above cold air.

Is the composition of bubbles in boiling water the same as the bubbles that appear when cold water heats up?

Description : Is the composition of bubbles in boiling water the same as the bubbles that appear when cold water heats up?

Last Answer : They are the same. When cold water heats up and bubbles that means it is boiling.

Why do we generally consider two specific heats for a gas?

Description : Why do we generally consider two specific heats for a gas?

Last Answer : Why do we generally consider two specific heats for a gas?

(A) : Thermal stability of the hydrides of VIA group elements decreases from `H_(2)O` to `H_(2)Po` (R) : The heats of dissociation of M - H bond of hy

Description : (A) : Thermal stability of the hydrides of VIA group elements decreases from `H_(2)O` to `H_(2)Po` (R) : The heats of dissociation of M - H bond of hy

Last Answer : (A) : Thermal stability of the hydrides of VIA group elements decreases from `H_(2)O` to `H_(2)Po` (R) : ... is false D. (A) is false but (R) is true

What happens to the speed of particles when the temperature heats up?

Description : What happens to the speed of particles when the temperature heats up?

Last Answer : The speed of particles increase when temperature increase.

If a burner on the stove heats the bottom of a pot what transfer of heat is ti?

Description : If a burner on the stove heats the bottom of a pot what transfer of heat is ti?

Last Answer : conduction

What type of heat transfer occurs when a hot air furnace heats our home?

Description : What type of heat transfer occurs when a hot air furnace heats our home?

Last Answer : What is the answer ?

What The sun heats the surface of the earth and the earth radiates heat back out into the atmosphere?

Description : What The sun heats the surface of the earth and the earth radiates heat back out into the atmosphere?

Last Answer : Need answer

If a burner on the stove heats the bottom of a pot what transfer of heat is ti?

Description : If a burner on the stove heats the bottom of a pot what transfer of heat is ti?

Last Answer : conduction

What type of heat transfer takes place when a furnace heats up an entire room?

Description : What type of heat transfer takes place when a furnace heats up an entire room?

Last Answer : So in order for a furnace to heat up in the first place, there needs to be a fuel or substance that heats or absorbs heat. This can be gas, coal, or charcoal. In addition, the fuel or coal, the fire ... begin to spread. Causing heat, or humid to form in the room you are in.HOPE THIS HELPED:)))))

An engine working on air standard Otto cycle has a cylinder diameter of 10 cm and stroke length of 15 cm. The ratio of specific heats for air is 1.4. If the clearance volume is 196.3 cc and the heat supplied per kg of air per cycle is 1800 kJ/kg, then work output per cycle per kg of air is a. 879.1 kJ/ b. 890.2 kJ c. 895.3 kJ d. 973.5 kJ

Description : An engine working on air standard Otto cycle has a cylinder diameter of 10 cm and stroke length of 15 cm. The ratio of specific heats for air is 1.4. If the clearance volume is 196.3 cc and the heat supplied per kg of air per ... kg of air is a. 879.1 kJ/ b. 890.2 kJ c. 895.3 kJ d. 973.5 kJ

Last Answer : ANSWER d. 973.5 kJ

An ideal air standard Otto cycle has a compression ratio of 8.5. If the ratio of the specific heats is 1.4, then what is thermal efficiency (in percentage) of the Otto cycle? a. 57.5% b. 45.7% c. 52.5% d. 95%

Description : An ideal air standard Otto cycle has a compression ratio of 8.5. If the ratio of the specific heats is 1.4, then what is thermal efficiency (in percentage) of the Otto cycle? a. 57.5% b. 45.7% c. 52.5% d. 95%

Last Answer : ANSWER a. 57.5%

For perfect gas a. cp – cv = R b. cp + cv = R c. cp / cv = R d. cp X cv = R Where cp & cv are specific heats at constant pressure and volume.

Description : For perfect gas a. cp – cv = R b. cp + cv = R c. cp / cv = R d. cp X cv = R Where cp & cv are specific heats at constant pressure and volume.

Last Answer : ANSWER a. CP – CV = R

The efficiency of the Otto cycle is independent of a. Heat supplied b. Compression ratio c. Ratio of specific heats d. None of the above

Description : The efficiency of the Otto cycle is independent of a. Heat supplied b. Compression ratio c. Ratio of specific heats d. None of the above

Last Answer : Answer a. Heat supplied

What do you understand by latent heat ? Give four examples of latent heats.

Description : What do you understand by latent heat ? Give four examples of latent heats.

Last Answer : For pure substances, the heat effects accompanying changes in state at constant pressure (no temperature change being evident) are known as latent heats. Examples of latent heats are : heat of fusion, vaporisation, sublimation, and change in crystal form.

When effect of variations in specific heats is considered then how do maximum temperature and pressure vary compared to air standard cycle ?

Description : When effect of variations in specific heats is considered then how do maximum temperature and pressure vary compared to air standard cycle ?

Last Answer : Temperature increases and pressure decreases.

The specific heats of three gaseous coolants namely H2 , He and CO2 in the increasing order are (A) CO2 , He, H2 (B) CO2 , H2 , He (C) H2 , He, CO2 (D) H2 , CO2 , He

Description : The specific heats of three gaseous coolants namely H2 , He and CO2 in the increasing order are (A) CO2 , He, H2 (B) CO2 , H2 , He (C) H2 , He, CO2 (D) H2 , CO2 , He

Last Answer : (A) CO2 , He, H2

McCabe-Thiele method of binary distillation does not assume that the (A) Sensible heat changes are negligible compared with latent heat changes (B) Molar latent heats of all components are equal (C) Heat of mixing is negligible (D) None of these

Description : McCabe-Thiele method of binary distillation does not assume that the (A) Sensible heat changes are negligible compared with latent heat changes (B) Molar latent heats of all components are equal (C) Heat of mixing is negligible (D) None of these

Last Answer : (D) None of these

If the specific heats of a gas and a vapor are 0.2KJ/Kg.°K and 1.5 KJ/Kg.°K respectively, and the humidity is 0.01; the humid heat in KJ/°Kg. is (A) 0.31 (B) 0.107 (C) 0.017 (D) 0.215

Description : If the specific heats of a gas and a vapor are 0.2KJ/Kg.°K and 1.5 KJ/Kg.°K respectively, and the humidity is 0.01; the humid heat in KJ/°Kg. is (A) 0.31 (B) 0.107 (C) 0.017 (D) 0.215

Last Answer : (D) 0.215

The McCabe ΔL law states that the (A) Molar heats of vaporisation of components are nearly equal (B) Linear crystal growth rate depends on the degree of super-saturation (C) Linear crystal growth rate does not depend on the crystal size (D) Linear crystal growth rate depends on the crystal size

Description : The McCabe ΔL law states that the (A) Molar heats of vaporisation of components are nearly equal (B) Linear crystal growth rate depends on the degree of super-saturation (C) Linear ... does not depend on the crystal size (D) Linear crystal growth rate depends on the crystal size

Last Answer : (C) Linear crystal growth rate does not depend on the crystal size

A semi-conductor is damaged & behaves like a conductor, on passing a strong electric current through it, because it heats up the crystals & breaks the covalent bonds resulting in __________ electrons. (A) Lack of free (B) Excess of (C) Decrease in (D) None of these

Description : A semi-conductor is damaged & behaves like a conductor, on passing a strong electric current through it, because it heats up the crystals & breaks the covalent bonds resulting in __________ electrons. (A) Lack of free (B) Excess of (C) Decrease in (D) None of these

Last Answer : (B) Excess of

Velocity of a gas in sound is not proportional to (where, T = Absolute temperature of the gas. P = Absolute pressure of the gas. y = Ratio of specific heats (Cp/Cv) ρ = specific weight of the gas) (A) √T (B) 1/√P (C) √y (D) 1/√ρ

Description : Velocity of a gas in sound is not proportional to (where, T = Absolute temperature of the gas. P = Absolute pressure of the gas. y = Ratio of specific heats (Cp/Cv) ρ = specific weight of the gas) (A) √T (B) 1/√P (C) √y (D) 1/√ρ

Last Answer : (B) 1/√P

Pick up the correct statement from the following: (A) In basic Bessemer process, the steel heats the converter (B) In open-hearth process, the furnace heats the steel (C) In Siemens process, the impurities of pig iron are oxidised by the oxygen of the ore (D) All the above

Description : Pick up the correct statement from the following: (A) In basic Bessemer process, the steel heats the converter (B) In open-hearth process, the furnace heats the steel (C) In Siemens process, the impurities of pig iron are oxidised by the oxygen of the ore (D) All the above

Last Answer : Answer: Option D

An ideal gas whose specific heats are constant is called _____.  A. Perfect gas  B. Natural gas  C. Artificial gas  D. Refined gas

Description : An ideal gas whose specific heats are constant is called _____.  A. Perfect gas  B. Natural gas  C. Artificial gas  D. Refined gas

Last Answer : Perfect gas

The gas constant (R) is equal to the __________ of two specific heats.  A. sum  B. difference  C. product  D. ratio

Description : The gas constant (R) is equal to the __________ of two specific heats.  A. sum  B. difference  C. product  D. ratio

Last Answer : Answer: B

Universal gas constant is defined as equal to product of the molecular weight of the gas and  (a) specific heat at constant pressure  (b) specific heat at constant volume  (c) ratio of two specific heats  (d) gas constant  (e) unity.

Description : Universal gas constant is defined as equal to product of the molecular weight of the gas and  (a) specific heat at constant pressure  (b) specific heat at constant volume  (c) ratio of two specific heats  (d) gas constant  (e) unity.

Last Answer : Answer : d

The index of compression n tends to reach ratio of specific heats y when  (a) flow is uniform and steady  (b) process is isentropic  (c) process is isothermal  (d) process is isentropic and specific heat does not change with temperature  (e) process is isentropic and specific heat changes with temperature.

Description : The index of compression n tends to reach ratio of specific heats y when  (a) flow is uniform and steady  (b) process is isentropic  (c) process is isothermal  (d) process ... specific heat does not change with temperature  (e) process is isentropic and specific heat changes with temperature.

Last Answer : Answer : d

The ratio of two specific heats of air is equal to  (a) 0.17  (b) 0.24  (c) 0.1  (d) 1.41  (e) 2.71.

Description : The ratio of two specific heats of air is equal to  (a) 0.17  (b) 0.24  (c) 0.1  (d) 1.41  (e) 2.71.

Last Answer : Answer : d

Equal volumes of two monoatomic gases, A and B, at same temperature and pressure are mixed. The ratio of specific heats (Cp /Cv ) of the mixture will be (1) 1.67 (2) 0.83 (3) 1.50 (4) 3.3

Description : Equal volumes of two monoatomic gases, A and B, at same temperature and pressure are mixed. The ratio of specific heats (Cp /Cv ) of the mixture will be (1) 1.67 (2) 0.83 (3) 1.50 (4) 3.3

Last Answer : (1) 1.67

When one heats concentrated sulfuric acid, one molecule of water is eliminated for every two molecules of sulfuric acid. What substance will result from this reaction?

Description : When one heats concentrated sulfuric acid, one molecule of water is eliminated for every two molecules of sulfuric acid. What substance will result from this reaction?

Last Answer : ANSWER: PYROSULFURIC ACID or DISULFURIC ACID

The two specific heats of gases are related by : (1) Cp + Cv = RJ (2) Cp –Cv = R/J (3) Cp – Cv = RJ (4) Cp /Cv = R

Description : The two specific heats of gases are related by : (1) Cp + Cv = RJ (2) Cp –Cv = R/J (3) Cp – Cv = RJ (4) Cp /Cv = R

Last Answer :  Cp –Cv = R/J

Define the two specific heats of gas.

Description : Define the two specific heats of gas. 

Last Answer : Specific heat of a gas at constant volume - Specific heat of a gas at constant volume is defined as the amount of heat required to increase the temperature of unit mass of a gas by one degree at ... heat required to increase the temperature of unit mass of a gas by one degree at constant pressure.