For a neutralization reaction, would you expected the magnitude of heat transfer (q) to increase, decrease,...

For a neutralization reaction, would you expected the magnitude of heat transfer (q) to increase, decrease, or stay the same if the concentration of only the acid were doubled? Why?

Expert Solution

The neutralization reaction takes place between acid and bases when they react with each other to form salt and water.

For example HCl + NaOH -> NaCl + H2O

The heat produced is due to the reaction between HCl molecules and NaOH molecules.

Suppose that we have taken equal volumes of 1M HCl and 1M NaOH to react and produce q amount of heat.

If we double the concentration of HCl we will make it 2M HCl but after the reaction of 1M HCl there will be no NaOH left for this extra HCl to react with and thus no reaction will take place with these extra HCl molecules and thus no extra heat will be produced.

queen_honey_blossom answered 2 years ago

An increase in the capital stock would be expected to decrease the labor force. increase the...

An increase in the capital stock would be expected to decrease the labor force. increase the level of output. decrease real GDP per capita. increase real GDP per capita. The investment demand curve shows the amount businesses spend for investment goods at different possible: price levels. levels of GDP. rates of interest. levels of taxation.

An increase in demand can be expected to ["increase", "decrease"] equilibrium price and ["decrease", "increase"] ...

An increase in demand can be expected to ["increase", "decrease"] equilibrium price and ["decrease", "increase"] equilibrium quantity. An increase in supply can be expected to ["decrease", "increase"] equilibrium price and ["decrease", "increase"] equilibrium quantity. If there is an increase in demand and an increase in supply then we can expect equilibrium price to ["increase", "stay the same", "it is not possible to say", "decrease"] and equilibrium quantity to ["decrease", "stay the same", "increase", "it is not...

Project 7: Acids and Bases A neutralization reaction depends on the transfer of a proton, hydrogen,...

Project 7: Acids and Bases A neutralization reaction depends on the transfer of a proton, hydrogen, from one substance to another. The substance that donates the proton is an acid. That which accepts the proton is a base. pH is a measure of the molar concentration of hydrogen ion in a solution. The strength of an acid is determined by its ionization potential, or the relative amount of the hydrogen ion present in a compound that can be donated. If...

Calculate the magnitude of the heat transfer (kJ) required to cool 65.0 liters of a liquid...

Calculate the magnitude of the heat transfer (kJ) required to cool 65.0 liters of a liquid mixture containing 70.0 wt% acetone and 30.0% 2-methyl-1-pentanol (C6H14O) from 45.0°C to 20.0°C The specific gravity of 2-methyl-1-pentanol is about 0.826. The true heat capacity of 2-methyl-1-pentanol is about 248.0 J/(mol °C). Estimate the required heat transfer using Kopp's rule to estimate the heat capacities of both acetone and 2-methyl-1-pentanol. ? kJ Estimate the required heat transfer using the true heat capacities. ? kJ

What is the increase/decrease in overall company profits if this transfer takes place?

Sunland Company manufactures and sells high-priced motorcycles. The Engine Division produces and sells engines to other motorcycle companies and internally to the Production Division. It has been decided that the Engine Division will sell 12000 units to the Production Division at 1050 a unit. The Engine Division, currently operating at capacity, has a unit sales price of $1750 and unit variable costs and fixed costs of $1050 and $700, respectively. The Production Division is currently paying $1600 per unit to...

How should you disgraced the product of the neutralization reaction?

Mention some ways or examples to increase Heat Transfer in an internal flow?

Would the Rf of a given compound increase, decrease, or stay the same if you doubled...

Would the Rf of a given compound increase, decrease, or stay the same if you doubled the length ofyour TLC plate and eluted the plate a correspondingly longer distance? Explain your answer.

Propose a reasonable value for pressure, volume, and temperature etc., the heat transfer Q, work done...

Propose a reasonable value for pressure, volume, and temperature etc., the heat transfer Q, work done W, and internal energy change ΔU for each of the steps in the Carnot cycle and thermal efficiency.

The rate of heat transfer, Q [energy/time = power] through a pipe wall between a fluid...

The rate of heat transfer, Q [energy/time = power] through a pipe wall between a fluid and the surroundings depends on fluid properties: density (ρ), viscosity (μ), specific heat (cp [energy/temperature/mass]); and also on pipe and flow properties: the length (l), diameter (D), and thermal conductivity (λ [power/length/temperature]) of the pipe, fluid mean velocity (V), and the temperature difference (ΔT) between the pipe wall and the surroundings. Use dimensional analysis to express this system in terms of dimensionless numbers. The...

Question