annoyance factor

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An annoyance factor (or nuisance or irritation factor), in advertising and brand management, is a variable used to measure consumers' perception level of annoyance in an ad, then analyzed to help evaluate the ad's effectiveness. The variable can be observed or inferred and is a type that might be used in factor analyses. An annoyance effect (or nuisance or irritation effect) is a reference to the impact or result of an annoying stimulus, which can be a strategic aspect of an advertisement intended to help a message stick in the minds of consumers. References to annoyance effects have been referred to as annoyance dynamics. While the words "factor" and "effect", as used in the behavioral sciences, have different meanings, in casual vernacular, they have been used interchangeably as synonymous. A more general or umbrella term would simply be advertising annoyance.

History

Comment on advertising in 1850 associated some practices (disparagingly) with begging.

= Measuring annoyance factors =

The discipline of identifying and measuring annoyance in quantitative research became prevalent around 1968, an outgrowth of the quantitative revolution in social sciences that began in the 1950s. Before that, use and assessment – theoretical and applied (pre-testing, case studies, etc.) – was mostly qualitative (even simply intuitive or anecdotal); although the literature, since 1968, has been a mix of qualitative and quantitative. Identifying, testing, and evaluating annoyance factors is both cross-disciplinary and interdisciplinary. Activity includes psychology, sociology, anthropology, semiotics, economics, management science, and (since the advent of the information revolution about 1992) many fields related to information technology and engineering.

Generally, annoyance from an ad can be identified in three areas:

content
execution
placement

= Annoyance in ad production and placement =

Setting aside advances in technology, the interdisciplinary fields involved in production phases of broadcast media (including digital online) that deal with advertising annoyance – including film (videography), music, art, design, and copy – have remained relatively similar since the dawn of broadcasting.{{cn|date=June 2020}}

Applications

An annoyance stimulus can be (a) a desired marketing strategy or (b) an unavoidable, albeit inherent mix of attributes of a marketing message to weigh and balance or minimize. Traditional annoyance stimuli might feature repetitive phrases or repetitive ads or an annoying communicator. Annoyance stimuli – whether nuanced, subtle, or overt – might involve creating an unpleasant sound, such as a bad jingle – one that consumers can't get out of their heads. In the Northeastern United States, specifically the New York and Philadelphia metropolitan areas, the Mister Softee jingle, officially titled "Jingle and Chimes", is both loved and hated. It sticks in people's heads. The New York Times characterized it as "exquisitely Pavlovian, triggering salivation or shrieking – sometimes both at once." In the same article, the New York Times asserted that "it is the textbook embodiment of an earworm: once heard, never forgotten."

Generally, broadcast and streaming advertising is annoying. Exceptions might include product placement – which avoids interruptions. Advertisers commonly try to appeal to positive emotions – and, with a careful mix of various gradations of annoyance(s), appealing to those emotions can be achieved. Nonetheless, the goal is to etch a message in the minds of consumers without turning them off. Capital outlay for the use of it can be relatively expensive for major consumer product companies and the research behind it, sophisticated.

File:In-page pop-up window advertisement.jpg

Annoyance stimuli – visual or auditory or perceptual – can be in any combination of loudness, repetition, length{{nowrap| ... }} On television, radio, print media, packaging, product displays, billboards, mail, telemarketing (especially robocalls), the internet – including email, and mobile devices, e.g.:

{{nowrap| ... }} also direct-to-consumer ads (especially pharmaceuticals), call to action marketing, and false ads.

The annoyance stimuli of some ad campaigns might be so subtle that, initially, it is unnoticeable, but over time, highly noticeable. For instance, Folgers Coffee, which was acquired by Procter & Gamble in 1963, ran high frequency ads on TV and in print from 1965 to 1986 featuring "Mrs. Olson", portrayed by actress Virginia Christine (1920–1996). Some consumers initially perceived her messages as pleasant, but over time, annoying – as some research found. Yet, the annoyance technique was a successful brand-strengthening strategy. Under P&G, Folgers became the number one coffee brand in America. The target market of P&G's high-frequency campaign became multipronged. Consumers who infrequently watched TV were likely to see the message at least once (an effective reach strategy) – while those who binge-watched, even if annoyed, might still choose Folgers, if for no other reason, because the name is etched in their minds (an effective weight strategy). Although interruptions are annoying – whether high-frequency or long run-slots – the disruptions caused by the interruptions are most often intentional efforts to redirect the attention of viewers with the aim of sharpening their focus. Primetime TV (as of 2019) has breaks that run back-to-back 30-second ads for as long as 6-minute intervals.

= Annoyance factor thresholds =

When advertisers intentionally use annoyance stimuli, they strive to know annoyance thresholds (compare to anxiety thresholds) and carefully monitor them. Crossing thresholds can adversely affect brands and consumer behavior. For example, TV channel surfing – especially in eras following the emergence of remote controls, is a concern for advertisers and program producers. To mitigate viewer drift from surfing, programmers strategically place ads just moments in front of the apex of a plot device or rising action or climax or conclusion or in the midst of suspense – leaving viewers hanging. It doesn't significantly deter channel surfing, but it does lure surfers back. Strategic timing, however, is not commonly deployed in internet broadcasts. For example, a YouTube re-broadcast of CNN news might simply insert ad interruptions in random spots. Another way that major TV networks attempt to mitigate viewer drift from surfing is to synchronize ad-breaks with those of other networks so that their respective ads run at the same time; when a viewer switches to another channel during a commercial break, they will be switching to another advertisement. In some situations, the same sponsor will air an ad simultaneously on one or more of the other channels.

Advertising in premium venues or platforms (where consumers have already paid) – movie theaters, cable TV, satellite radio – are routine and generally accepted. Any associated annoyance factors, even perceptions of bait-and-switch, are dismissed by consumers as negative albeit long-standing unavoidable economic realities of the respective industries.

Email spam, universally accepted as an annoyance factor threshold breach, can be effective from a statistical perspective. However, since 1998, when unsolicited political bulk email first became widespread, legal analyst Seth Grossman pointed out (in 2004) that state and federal governments increasingly have regulated unsolicited commercial email, but political spam had almost uniformly been exempted. Grossman averred that politicians apparently did not feel a need to regulate political spam, their argument being that they would never use spam, due to the annoyance factor.

Challenges of minimizing avoidance of longer ads

For DVR-TiVo users, studies have shown that short ads, 5 seconds, are more effective than 30-second (and longer) ads – due to the annoyance factor of longer ads. The problem, however, is whether programmers can sell 5-second ads instead of 30-second (and longer) ads, with similar pricing – especially considering the challenge of consistently producing effective 5-second ads.

= Annoyance factors that influence ad avoidance =

Perceived intrusiveness
Perceived informativeness
Ad utilities
High-pressure advertising (hard sell, as contrasted by soft sell)
Questionable and polarized advertising, including pharmaceuticals (patent medicine, including off-label use), firearms, political campaigns, tobacco

Annoying albeit effective ads

Some ads are deliberately annoying. Some are cute or funny, but, for some, wear thin over time. "Memorable, but not always effective"

North America

: Mascots

The Aflac Duck
The Band, FreeCreditScore.com
Betty White, Snickers
Dusty the Dusthole, Clark County, Nevada
Energizer Bunny
Erin Esurance
Flo, Progressive
Go-Gurt independent child, Yoplait
The King, Burger King
Foghorn Leghorn, as used by GEICO
GEICO gecko
GEICO Cavemen
HeadOn
Kia Soul Hamsters
Mayhem, Allstate
{{Hanging indent |text=Mr. Mucus, played by T.J. Miller until 2018, then by Jason Mantzoukas, Mucinex }}
Mr. Opportunity, Honda
Mr. Six, Six Flags
{{Hanging indent |text=Orbit girl, played from 2001 to 2010 by Vanessa Branch, Orbit chewing gum }}
Peggy, Discover Card
Poppin' Fresh, Pillsbury

: Jingles

"Jingles and Chimes," Mister Softee

: ([https://www.youtube.com/watch?v=2nqvjFQN7ZQ audio] via YouTube)

: Phrases

{{Hanging indent |text="Help! I've fallen, and I can't get up!," Life Alert }}

Exhibit of an annoyance factor analysis table

Factor analysis of perceptual items and attitude measures in online advertising:

Academicians Kelli S. Burns, PhD, and Richard J. Lutz, PhD, surveyed online users in 2002. In doing so, they chose six online ad formats: (i) banners, (ii) pop-ups, (iii) floating ads, (iv) skyscrapers, (v) large rectangles, and (vi) interstitials.

To develop perceptual factors, ratings of the 15 perceptual items for all six on-line ad formats were run through principal components analysis with varimax rotation. The authors inferred – from a scree plot – a possible three-factor solution. The first three factors accounted for over 68% of the total variance. The remaining 12 reflected no more than 5% of the variance, each. The first of the seven tables in their paper, Table 1 (below), shows the loadings of the factors generated through principal component extraction and varimax rotation.

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