Measuring responsiveness rather than direction, the sixth-week elasticity write-up in ECON 1002 computes price elasticity of demand for two situations and explains why the two answers differ. Searches like "econ 1002 week 6 assignment example", "econ1002 week 6 sample" and "econ 1002 week 6 example" land here.
What a finished ECON 1002 Week 6 elasticity write-up looks like
Two short calculations anchor a write-up of about two pages. On ordinary weeknights, an illustrative rise from $90 to $110 cuts nights booked from 240 to 160; during the festival weekend, a rise from $150 to $250 trims them only from 410 to 390. Each calculation uses the midpoint method, and a paragraph explains why: measuring the change against the average of the two values gives the same answer whichever direction the price moves. The weeknight figure comes out at 2.0, elastic; the festival figure at 0.1, strongly inelastic. The analysis then names the determinants behind the gap, chiefly substitutes, since weeknight visitors can pick a hotel or another date and festival visitors cannot. The total revenue test, applied to both cases, ends the paper.
How a ECON 1002 Week 6 example is structured
Calculations sit near the top because the paper's argument is a comparison, and the reader needs both numbers in hand before any explanation starts. The midpoint method gets its own paragraph of justification, directly after the arithmetic, so the choice of base reads as a decision the author made on purpose rather than a formula copied in. Classification follows, elastic or inelastic, with the threshold of one stated once. Determinants take the longest section, ranked by their share in the gap: substitutes first, then time to plan, then the share of a trip's budget that lodging represents. The revenue test closes the paper because it turns two coefficients into a consequence hosts would notice: rates raised on a festival weekend bring in more money, while the same move on a Tuesday brings in less.
Two nights, two calculations
Weeknight and festival figures are worked side by side with round illustrative numbers, so the comparison is on the page before any reasoning.
Why the midpoint
Averaging the two prices and the two quantities for the base means a rise and a fall of the same size give one answer, which the paper states plainly.
Elastic and inelastic, labeled
The weeknight result of 2.0 and the festival result of 0.1 are classified against the threshold of one, with the absolute value noted.
Substitutes explain most of the gap
Hotels and other dates are available on a weeknight and scarce on a festival weekend, and the paper puts that first among the determinants.
What hosts would see in revenue
Raising rates lifts total revenue on the festival weekend and lowers it on weeknights, the total revenue test applied to each case.
Where marks go in ECON 1002 Week 6
A coefficient with no sentence after it is where most elasticity write-ups stall. Computing 2.0 earns the calculation points; saying what that number means for a host who raises weeknight rates earns the rest, and rubrics weight the second more heavily. Method is checked as well. A write-up using the starting price as its base in one calculation and the ending price in the other produces figures that cannot be compared, and graders catch the inconsistency at once. The determinants section is marked on fit, not on length: listing every determinant from the chapter scores lower than showing which one actually separates festival visitors from weeknight ones. Sign handling costs small amounts when the negative is dropped without comment, so the example says in a clause that it reports the absolute value.
Get a ECON 1002 Week 6 example written to your instructions
Share the elasticity prompt, its rubric and any price and quantity data your section provides, and the calculations run on those numbers with the explanation built around them, first one free, 24 to 48 hours. The festival, the weeknight rates and every booking count here are round numbers chosen for teaching and were never measured.
ECON 1002 Week 6 questions, answered
Why use the midpoint method instead of simple percentage change?
Because a simple percentage depends on which value you start from, so a rise from $90 to $110 and a fall from $110 to $90 give different answers. The midpoint method measures both changes against the average and gives one figure either way. The example explains that in a short paragraph after its calculations. If your section teaches the simple method, that method governs, with its base stated.
Do I need to report a negative sign?
Conventions differ. Price elasticity of demand is negative by construction, since price and quantity move in opposite directions, and many textbooks report the absolute value for convenience. The example reports absolute values and says so in a clause. What matters is consistency and a sentence telling your reader which convention the paper uses, so the classification as elastic or inelastic cannot be misread.
Can the elasticity figures come from a real study?
They can if your prompt allows outside sources and the study is cited properly, with its setting stated, since elasticities from one market rarely transfer cleanly to another. The example uses invented round figures labeled illustrative because its city does not exist. An uncited number found online costs more credibility than an invented one honestly labeled.