The formula shown below is used to calculate the energy released when a specific quantity of fuel is burned so that it heats up some water. What is the missing factor?timemass of waterenergymass of fuel

The formula shown below is used to calculate the energy released when a specific quantity of fuel is burned. All the energy released when the fuel is burned is transferred to the water. What is the missing factor?

A beaker of water is heated by burning a specific quantity of fuel below it. The formula shown below is used to calculate the change in thermal energy of water. What is the missing factor?change in thermal energy = mass of water × ______________ × temperature change

The formula shown below is used to calculate the energy released when a specific quantity of fuel is burned. Calculate the energy released by a burning sample of fuel if the temperature of 100g of water was raised by 20°C. (Specific heat capacity of water = 4,200J/kg °C)

A beaker of water is heated by burning a specific quantity of fuel below it. Calculate the energy released by a burning sample of fuel if the temperature of 100g of water was raised by 20°C. (Specific heat capacity of water = 4200 J/kg °C)change in thermal energy = mass of water × specific heat capacity of water × temperature change

Let's heat 100.0 mL of water using a flame.Remember, the density of water around 20°C is 1.00 g.mL-1 and the specific heat capacity of water is 4.184 J.g-1.K-1.We use a thermometer to measure the initial and final temperatures:Initial readingFinal readingUse the equation q = mCΔT to work out how much energy the water has absorbed in Joules. Report your answer to one decimal place (include units in your answer):