a bowl of 331 g of water is placed in a microwave oven that puts out 590 watts (j/s). how long would it take in seconds to increase the temperature of the water from

The products of a neutralization reaction between an acid and base are a salt of acid and base along with water.Acid and base are opposite to each other.When the both react with each other that tries to neutralize each other.During the neutralization reaction the products that are formed are water and assault that is made up of the component of acid as well as base, in most of the cases.Here, let us understand by an example.The reaction between hydrochloric acid and sodium hydroxide base.HCl + NaOH = H₂O + NaCLHere, hydrogen is replaced from chlorine and the remaining chlorine is reacted by the sodium replaced from the Hydroxide ion. which result in fromation of water and NaClTo know more about neutralization reaction, visit,https://brainly.com/question/23008798#SPJ4

The time taken to increase the temperature of the water is 96.94s.Electrical power:It is the rate of energy transfer per unit time. In electrical equipment, the wattage is defined as the rate of energy transferred in the circuit per unit time. In a microwave, the energy is used to heat the object inside it.Given that a bowl of 331 g of water is placed in a microwave oven that puts out 590 watts (j/s).We need to find how long would it take in seconds to increase the temperature of the water from 12.0°C to 53.3°CMass of water m= 331 gElectrical power P=590 wattsChange in temperature ΔT=53.3°C−12.0°C=41.3°CSpecific heat of water C= 4.184 J/g⋅°CFirst, we solve for the total energy required to heat the water.Q = mCΔTQ = (331g)(4.184 J/g⋅°C)(41.3°C)Q = 57197 JNow, let's calculate how much time is required to achieve this amount of energy.P = Q/tt  = Q/Pt = 57197J/590J/st = 96.94 sTherefore, the time taken to increase the temperature of the water is 96.94 s.Learn more about Electric power herehttps://brainly.com/question/23634278#SPJ4