Writing prompt Grade 12 Social Studies & Civics

Should Ellingsby Meter Its 1,900 Unmetered Homes?

A grade 12 argument writing prompt on a fictional town's choice to meter flat-rate homes, with background evidence, an organizer, an exemplar, and a rubric.

Objectives

  1. Students will state a defensible claim about a municipal metering decision and support it with evidence from the background.
  2. Students will answer a counterclaim that a reasonable opponent would actually raise.
  3. Students will attach a condition to their recommendation and justify why it belongs there.

Vocabulary

Key words: flat rate, metered rate, conservation, cross-subsidy, customer assistance, deferred project

Teacher overview

A water meter is a billing device, but it is also a price signal, and a household that pays the same amount no matter how much it uses has no financial reason to fix a running toilet. Communities that still bill some customers a flat rate face a decision that mixes conservation, fairness between neighbors, capital cost, and the privacy of data that did not exist when the pipes went in. This prompt gives students the numbers and the stakeholder positions from the fictional town of Ellingsby and asks for an argument essay addressed to the council. The tension is genuine, because the households that would save money under metering and the households that would pay more are not the same households.

Exemplar & Rubric

Exemplar response

The council should meter the remaining 1,900 homes in the town of Ellingsby, but only alongside an assistance program and a written data policy adopted in the same vote.

The strongest reason is that the current arrangement makes some customers pay for water other customers use. The 4,100 metered homes pay for every gallon, while the 1,900 flat-rate homes pay $58 a month whether they use 100 gallons a day or 400. Because unmetered homes average 210 gallons a day against 150 for metered homes, the flat-rate district is using about 40 percent more water per home while paying a fixed amount. That difference does not reflect a moral failing by anyone in the older district, because a flat price gives a household no information about how much water it uses.

The second reason is capital cost. Metering the district would cost about $2,090,000. The well the town expects to build costs about $4,300,000. If metering moves those homes toward the usage of metered homes, the town saves roughly 114,000 gallons a day and can postpone the larger project for several years. Spending the smaller amount to defer the larger one is a defensible use of ratepayer money, and the meters keep working after the deferral ends.

The third reason is that a meter finds leaks. A household paying a flat rate has no bill that would reveal a running toilet or a broken irrigation line, and neither does the utility. Metered accounts generate a record that flags continuous flow, which converts an invisible loss into a repair.

The neighborhood association raises the serious objection. Large households in the older district would see their bills rise, and many of those residents are on fixed incomes. This is the real cost of the policy, and it should not be minimized. The answer is not to abandon metering but to price it honestly: the utility estimates a customer assistance program at about $90,000 a year, which is small next to a $4,300,000 well, and the council can size the program to the households that the transition actually moves above their current bill. A conversion that raises a fixed-income family's bill with no assistance available is a policy failure even if the meters are correct.

That is why my recommended condition is a single ordinance covering both the assistance program and the meter data. The council should adopt, in the same vote as the meters, a funded assistance program and a written rule stating who may see hourly readings, how long they are kept, and what process is required before they are released to anyone outside the utility. The resident group's objection is not hypothetical, because hourly readings do show when a house is empty, and a town that installs the meters first and writes the rules later will write them under pressure. Metering is the right decision, and the conditions are what make it a fair one.

Rubric

Each criterion is scored on four levels: Emerging, Developing, Proficient, and Advanced.

Criterion Emerging Developing Proficient Advanced
Claim No position is stated, or the position shifts. A position is stated but only in general terms. A clear position on metering is stated in the opening and held throughout. The claim is stated with its limits, so the reader knows exactly what is and is not being argued.
Evidence and reasoning Fewer than two pieces of background evidence appear. Two pieces appear, but the reasoning does not connect them to the claim. Three or more distinct pieces of evidence appear, each tied to a stated reason. Evidence is weighed against other evidence, and the essay explains why one figure matters more than another.
Counterclaim and rebuttal No counterclaim appears. A counterclaim is named but answered with a dismissal. The strongest counterclaim is stated fairly, attributed to the group that holds it, and answered. The rebuttal concedes what is true in the counterclaim and shows why the claim survives anyway.
Recommended condition No condition is offered. A condition is offered but is not something the council could vote on. A specific, votable condition is offered and tied to a problem in the background. The condition is designed to answer the counterclaim, and the essay explains that connection.
Organization and conventions Paragraphs are unordered and errors interfere with meaning. Structure is present but transitions are missing. Four to six organized paragraphs, formal address to the council, and few errors. Structure serves the argument, with a closing that names the trade-off rather than restating the claim.

Differentiation

Support

Provide the organizer with the claim row completed for each of the two positions, so students choose a side rather than generate a claim. Supply a bank of the background figures from the fictional town of Ellingsby on a separate card, and allow a three-paragraph essay in place of four to six.

Extension

Require these students to write the neighborhood association's response to their own essay in one paragraph, then revise their rebuttal to answer it. Students may also propose a phased conversion schedule and explain which households it protects first.

ELL supports

Pre-teach "flat rate," "meter," "subsidize," and "assistance program" using a simple two-column picture of two houses with identical bills and different water use. Provide sentence frames for the counterclaim and rebuttal rows: "Opponents argue that ___, and they are right that ___." and "Even so, ___, because ___." Allow students to draft the organizer in their first language before writing the essay in English.

Extensions

Have students locate the rate schedule of a real water utility and identify whether it bills by meter, by flat rate, or by a mix, then write a paragraph comparing that structure with the fictional Ellingsby proposal. A second option is to research what a utility does with hourly meter data and draft the data policy their essay recommended as three numbered ordinance clauses.