As prices rise, demand falls. This is basic economics. A gallon of gas sold for $1.99 not so long ago. Today, that same gallon of gas sells for $4.29. Gas mileage hasn’t improved, so, if economic laws are correct, we should be driving less than 50% fewer miles than we were when gas sold for $1.99 per gallon. Now let me ask you this: Who do you know that drives any differently, despite gas prices continuing to climb faster than our income? Exactly!
So what is going on here? Was our Econ 101 textbook written by Martians? Are we just stupid and can’t do the math? Of course not! We know what the reason is: We have to drive and we want to drive. There’s no mass transit in my state, with the exception of a bunch of busses that drive around empty. The windows of these busses are painted over with ads just so that the taxpayers won’t go ballistic about seeing their hard earned money being wasted on a useless bus system.
The reality is that we really don’t care that much about gas prices. Sure, we may leave the gas station disgusted as we prepare to embark on a string of unnecessary errands, visiting with friends, and going on weekend jaunts, and we gasp in horror at the price on the screen, but we promptly forget about the pain as soon as our tires leave the gas station parking lot.
Even worse, the gas guzzlers are having babies. Every parking lot is jammed full of monster vehicles: vans, crossovers, trucks, SUV’s, and battleground vehicles with leather interiors and Bose sound systems. My little sedan feels like a bug crawling around looking for a spot between these mammoth creatures.
Let’s recap. Gas prices go up and we don’t change our driving habits. In other words, demand stays flat. This is where we have to look twice at our Econ 101 textbook and perhaps turn to chapter 2. The relationship between price and demand (sales volume) is called the “price elasticity of demand.” Demand is said to be “elastic” if it changes a lot with an increase in price. On the other hand, demand is said to be “inelastic” if it changes very little with an increase in price.
Gas prices have risen dramatically and demand has not changed much, so we really just have a simple case of inelastic demand. Of course, the economists and engineers among us would like convert everything to formulas and plot the results on graphs. They want to discuss “demand curves” and calculate mathematical models for optimizing prices and profitability. I have to admit that I’m in this group. However, for most of us, it is enough just to know that our beloved economic principles are not wrong after all.
For the business owner or marketing manager, this brings up an interesting point to consider. If the demand for gas is inelastic, is it possible that the demand for your product or service is also inelastic? Maybe not to the degree that gas is, but how inelastic is your demand? Wouldn’t you love to know how much you could raise prices and know exactly how it would affect your sales volume and profitability?
How would it impact your sales volume and bottom line if you could raise prices by 10%? What about 5%? What about 2%? These are easy calculations to make once a demand curve and operating costs have been established.
Just as the gas demand mystery was solved by the knowledge and application of macro-economics, profitability mysteries may be solved through the knowledge and application of micro-economics. Pricing is only one element of the Marketing Mix, but it is a very important one, as it directly affects sales volume and profitability.
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