Well, the most famous example is the Haber Process. Normally the equation is
N+3H<->NH3. The problem is that it is exothermic, and the more ammonia you make the hotter it gets. If you stress the equation to the right by increasing pressure. Fritz Haber perfected this process although it took a while to get it right, as he basically had very hot and very pressurized cookers for making ammonia. This was great for helping feed the world but this actually happened in 1914 during WWI. Fritz Haber used it to make cheap gunpowder and explosives for Germany as they were under allied blockade. His wife hated him so much for that, that she killed herself. He also created the chlorine gas warfare. Nice guy.
When the number of particle collisions increase the rate of chemical reactions also increase.
5 factors that can affect the rate of chemical reactions are temperature, pressure, concentration, stirring, catalysts.
increasing the concentration increases the rate of the reaction
catalyst
Enzymes serve to speed up reactions by lowering the energy of activation
When the wage rate paid to labour is below equilibrium wage, then labour is undersupplied. As firms require more labour to maximise their profit, they will slowly raise their wage rate (because revenue from labour > costs) until the equilibrium level is achieved (since no more profit is achieveable at this level).
you can maximise the rate of energy transfer by using materials that; -are good conductors -are painted Matt black -have the air flow around them maximised
we dont.
After Tax Profit = Pretax Profit * (1 - Tax Rate) Solve for Tax Rate Tax Rate = 1 - (After Tax Profit/Pretax Profit)
NO! It is the rate of reactions!
When the number of particle collisions increase the rate of chemical reactions also increase.
No, they Increase the speed of chemical reactions
Equilibrium occurs when the forward and backward reactions happen at the same rate
5 factors that can affect the rate of chemical reactions are temperature, pressure, concentration, stirring, catalysts.
In finance, the rate of return is a profit from an investment whereas the set rate determines the profit. For example, if an investor receives 10% for every $100 invested then the rate of return would be $10.00.
Higher gross profit indicates high profit margins which is good!
Generally at high temperature the rate of chemical reactions is greater.