Explain the speed of the reaction will never change

Reference no: EM13341979

If a reaction takes 8 hours to complete at 15°C, which of the following is most likely true if the same reaction is carried out at 45°C? A. the reaction will be faster B. the reaction will be slower C. the reaction will take the same amount of time D. the speed of the reaction will never change unless a catalyst is added

Reference no: EM13341979

Questions Cloud

Demonstrate the capacity to communicate clearly with stake : Demonstrate the capacity to communicate clearly with stakeholders a range of options that should be considered by a business in an online environment and the ability to apply appropriate structure and referencing formats

How does your company account for sales returns : When does your company record revenue from the sale of merchandise or services and how does your company account for sales returns?

Explain the difference between the energy of the products : The difference between the transition state and the energy of the products. C. The difference between the energy of the products and the energy of the reactants. D. Undefined because it depends on whether the reaction is endothermic or exothermic.

Calculate the temperature if the gas is compressed : If 18.35 mol of helium gas is at 11.6 degrees C and a gauge pressure of 0.371 atm. Calculate the temperature if the gas is compressed to precisely half the volume at a gauge pressure of 1.22 atm.

Explain the speed of the reaction will never change : the reaction will be faster B. the reaction will be slower C. the reaction will take the same amount of time D. the speed of the reaction will never change unless a catalyst is added

Determine the final velocity of the cannon : A 250 g plastic ball is fired from a 4.0 kg toy cannon on wheels. After being fired, the cannonball above the ground at 24 m/s. Determine the final velocity of the cannon

Explain which of the following is the definition of molarity : Which of the following is the definition of molarity. A. moles of solute/1000 grams of solvent B. moles of solute/liter of solution C. moles of solute/liter of solvent D. moles of solvent/1000 grams of solute

Calculate the cost of capital for the individual components : Calculate the cost of capital for the individual components in the capital structure, and then calculate the weighted average cost of capital for Metacorp. Consider after-tax cost of capital in your calculations.

Determine whether the project should be undertaken : The firm is an ongoing profitable business and pays taxes at a 30% rate in the year of income. It uses a 15% discount rate on the new project. Using the NPV approach, determine whether the project should be undertaken (use the relevant tax rate in..

User Account

All Pages