RapidQandA — the fastest way to create your quizzes and lessons from plain old text.
RapidQandA supports five problem types. The type is automatically derived from the way the problem is defined:
The application automatically determines the problem type using the following rules.
Missing words are defined by adding three points followed by the word that
should be regarded as missing. So ...REMOVE
would not display the word
REMOVE
but instead would leave a gap. This is used for questions where the user
must select the missing word from a number of options.
This is a simple presentation of information element. The text is automatically broken up into slides which are then presented to the user.
This is a traditional multiple choice question where users are allowed to select just one answer. Here is an example:
(?) What is the capital of France?
= Paris
x London
x Berlin
Note that the possible answers are automatically shuffled when the problem is presented.
This is a traditional multiple choice question where users should select more than one answer. Here is an example
(?) Which of these animals can be found in Africa?
= Zebra
= Lion
x Tiger
x Kangaroo
Note that the possible answers are automatically shuffled when the problem is presented.
This is a special problem where the question is displayed with a number of missing words. Where the words have been removed, the user has to select the correct word from a list of options.
The options are generated from the original missing word and the wrong answer elements. Any right answer elements defined in the problem are ignored. The right answer for each missing word is taken from the definition of the missing word. Here is an example question:
(?)Mount ...Everest is higher than mount ...K2 which is higher than mount ...Tetnuldi
x Snowdon
Missing words can only be single words. If you create a wrong answer element with more than one word, only the first word will be used.
Note that the possible answers are automatically shuffled when the problem is presented.
This is a special problem where the question is displayed followed by a number of drop-down lists.
The options the lists are generated from the right and wrong answer elements. The right answer for each drop-down list is taken from the order in which the right answers are defined. Here is an example question:
(?) Put the even numbers in ascending order ...
= two
= four
= six
x one
x three
x five
In this case there will be three drop-down lists, each with six options to choose from. The correct answer for the first drop-down list is defined by the first right answer. The second is taken from the second, and so on.
Note that the options in the lists are automatically shuffled when the problem is presented.