The MT247 Unit 4 exercise orders twelve resident-app items by cost of delay over size, then departs from the formula twice and defends each departure in a sentence. Searches like "mt 247 unit 4 assignment example", "mt247 unit 4 sample" and "mt247 unit 4 example" land here.
What a finished MT247 Unit 4 backlog ordering exercise looks like
Four pages and one table. The table lists twelve Product Backlog items with columns for resident value, time criticality and risk reduction, each scored zero to ten relative to the other items, their sum as cost of delay, the Developers' rough size in points, and the ratio. Permission-to-enter windows lead the raw ranking at 5.33, status notifications follow at 4.67, and dark mode and amenity booking tie last at 1.0. A final-order column then departs from the ratio twice: emergency routing rises from seventh to first, and technician request closing moves above status notifications. A paragraph defends each departure, a short note records how ties were broken, and a closing section shows where the vice president's two requests, amenity booking and package locker alerts, landed and how that will be explained at the Sprint Review.
How a MT247 Unit 4 example is structured
The basis is stated before any item is ranked, so the ordering can be checked instead of trusted. Cost of delay is broken into three components, each scored relative to the other items rather than on an absolute scale, and the Developers supply sizes because the Guide places sizing with the Developers who will build each item. The ratio then produces a ranking, which the paper treats as evidence rather than as the answer. Two departures are made where the formula cannot see something: a fixed contract end date that turns time criticality into a deadline, and a technical dependency that makes one item worthless until another ships. Every other item keeps its ratio position. Ties are broken by a rule written down in advance. The Product Owner's accountability is explicit throughout, and the section on the vice president's requests shows them scored on the same basis as everything else.
Three parts to cost of delay
Resident value, time criticality and risk reduction, each scored against the other items, summed, then divided by the Developers' size to give the raw ranking.
A formula treated as evidence
The ratio ranks all twelve items first; the final order keeps the ratio's relative sequence for ten and moves two, each for a reason the scoring cannot represent.
A contract that ends on June 30
Emergency routing rises from seventh because the after-hours answering service stops that day, and a leak reported to voicemail becomes a flooded apartment below.
One item that needs another
Status notifications fire when a request changes, and technicians still update requests at the end of the day, so closing from a phone has to ship first.
Ties settled by a rule
Equal ratios go to the higher cost of delay, then to risk reduction, a rule written before scoring began so nobody can bend it afterward.
The vice president's two items
Amenity booking and package locker alerts scored on the same basis, landing eleventh and ninth, with the explanation prepared for the next Sprint Review.
Where marks go in MT247 Unit 4
Orderings with no stated basis are what this exercise exists to catch, and a ranked list with no scoring or reasoning behind it earns little whatever its order. The opposite weakness is a formula applied mechanically, with no recognition of what it cannot express; graders often plant a deadline or a dependency to see whether the paper notices. Scores presented as absolute measurements, rather than relative judgments, overstate their precision. Sizes assigned by the Product Owner or a manager, instead of the Developers, contradict the framework. Departures from a formula without a written reason look like preference returning through the back door. Leaving the ordering's owner unnamed, or letting a senior requester's items bypass the basis, repeats the exact failure this exercise targets. Unexplained tie-breaking and scales that shift between items cost smaller amounts.
Get a MT247 Unit 4 example written to your instructions
Paste the items your Unit 4 scenario supplies, the rubric, and any ordering method the course names, such as MoSCoW or weighted shortest job first. The first exercise returns free within 24-48h with its basis stated before the first item and every departure from that basis defended in writing.
MT247 Unit 4 questions, answered
Who should decide the order of the backlog?
The Product Owner, according to the Scrum Guide, which makes ordering the Product Backlog part of that accountability and says the organization must respect those decisions. Others supply inputs: stakeholders describe value, and the Developers supply sizes. The example names the Product Owner as the owner of every position and shows the inputs each person contributed.
Is cost of delay divided by size the only acceptable method?
No. Sections accept value against effort grids, MoSCoW categories, weighted shortest job first and others. The requirement is a basis, stated before any ranking and applied identically across items. The example prefers a plain cost of delay ratio because it makes trade-offs visible, and it would switch methods if your course names a different one.
Why not score the emergency item higher so the formula ranks it first?
Because that would hide the real reason. Inflating a score to reach a predetermined answer defeats the purpose of having a basis. The example leaves the scores honest and departs from the ratio openly, naming the contract end date the formula cannot represent. A grader can then see the judgment and disagree with it, which is the point.