Which of the following is not a characteristic of Branching Programmed…

Programmed Instruction breaks learning content into a sequence of small steps, called frames, each followed immediately by a question and feedback before the next frame appears. Two classical models exist: Linear Programming (B. F. Skinner), where every learner works through one fixed sequence of very short frames and responds by constructing an answer; and Branching Programming (Norman Crowder's intrinsic programming), where each frame carries explanatory content together with a multiple-choice question, and the learner's chosen response decides which frame is shown next — a correct response moves the learner forward, while an incorrect response branches to a corrective frame before rejoining the main sequence.

Checking each statement against this branching model:

• Frame size: a branching frame must hold the explanatory content plus a full multiple-choice question and the alternate corrective branches, so branching frames run noticeably larger than the short, single-step frames used in linear programming — this is a genuine feature of the method.

• Response mode: the learner reads a frame and selects one of the given options rather than writing out an answer, and that choice decides the next frame — this recognition-based response is exactly how branching instruction works.

• Novelty and diversity: because a wrong choice at a frame routes the learner down a different corrective branch than a right choice, learners do not necessarily follow one single fixed path — this built-in variation is a genuine feature of the method.

• Suitability for lower classes: branching instruction asks a learner to read a full frame, weigh several response options, and use independent judgement about which branch to take next. That level of self-direction is handled more comfortably by older or academically stronger learners, so the method is generally considered better suited to brighter, higher-ability learners rather than to lower classes or young beginners, who are better served by the more tightly guided linear model.

Contrasted with linear programming — small uniform frames, one fixed sequence for every learner, and constructed rather than selected responses — branching's actual profile is: larger frames, selection-based responses, path diversity, and greater suitability for capable, older learners. So the claim that it is ‘more useful for lower classes’ does not hold; that is the one statement that is not a characteristic of Branching Programmed Instruction.