Posted by **jessica** on Wednesday, August 5, 2009 at 10:19pm.

Suppose that a newspaper published the following in a

boxed corner of the want ads section:

Should handgun control be abolished? You can call the shots if

you participate in our poll tonight. If yes, call 1-900-For-Guns.

If no, call 1-900-Ban-Guns. You will be charged 50¢ for the

first minute.

Why will the results of this poll be biased?

- math -
**MathMate**, Wednesday, August 5, 2009 at 10:28pm
Do you see any 'filtering' process that might affect the sampling of the population?

- math -
**jessica**, Wednesday, August 5, 2009 at 10:35pm
not sure what u mean

- math -
**MathMate**, Wednesday, August 5, 2009 at 10:51pm
If a poll should be unbiased, the sampling process should either be completely random, or efforts made to ensure that the sample represents the population in terms of demography, etc.

If you examine the sampling mechanism, do you see any group of people would be more likely to be sampled than others?

Notice where the ad was placed,

the language,

other conditions to respond to the poll, etc.

In non-unilingual countries, the language barrier can be overcome by employing multilingual peronnel to do phone polling or interviewing.

## Answer This Question

## Related Questions

- math - Suppose that a newspaper published the following in a boxed corner of the...
- math - Suppose that a newspaper published the following in a boxed corner of the...
- math - Suppose that a newspaper published the following in a boxed corner of the...
- Word Problem - Suppose a newspaper published the following in a boxed corner of ...
- Business Algebra - After running various advertisements, you have received the ...
- English - Give me a call tonight. Give me a ring tonight. Call me tonight. Ring ...
- Summary Help - In Health class. Every week we have to do a Current Event from ...
- math - An ad campaign for a new snack chip will be conducted in a limited ...
- Newspaper 1935 - What should I title the adverstiement section of the newspaper...
- Statistics - *Give all probabilities to two decimal places. Three daily ...

More Related Questions