Nursing test sample questions are a great way to help you find out what’s in store for you on the real tests. Below we have a range of numeracy and literacy example questions and answers to help you prepare. Looking for more help? Our nursing numeracy and literacy pack comes with full length practice test and study guides to help you navigate the test.

Don’t forget to check out our drug calculations section for sample drug calculations tests for nurses.

Below are 4 literacy and 5 numeracy sample questions. Please note that the answers can be found at the bottom of the page.

1. Select the word that is spelled incorrectly.

- conscious
- wierd
- metaphor
- pastime

2. ______ is to CLEANING as MEDICINE is to CURING

- chore
- dirt
- soap
- germs
- shiny

3. Fire-fighters are held in great ______ by society for saving the lives and ______ of others.

- esteem, properties
- esteem, property
- esteem proprietary
- esteem, properly
- None of the above

4. Susan ______ already run the London Marathon three times.

- have
- will have
- has
- will

5. 13/7 is equal to:

- 26/49
- 1 18/49
- 1 42/49
- 2 7/49

6. How is ? expressed as a decimal?

- 0.5
- 0.65
- 0.47
- 0.75
- 0.625

7. How much is 25% of 400?

- 250
- 100
- 150
- 200
- 75

8. The Tube travels 100 meters every 2 seconds. How far will it travel in 36 seconds?

- 1,670 m
- 1,836 m
- 200 m
- 286 m
- 11,480 m
- None of the above

9. If a patient is prescribed 25 ml of amoxicillin 5 times a day, for a 10 week course, but only takes 8.5 weeks of it. How many doses does he have left over?

- The correct spelling of weird is weird
- Soap
- esteem, property
- has
- 1 42/49
- 0.625
- 100
- None of the above

52.5 doses

Method 1: To begin with we need to work out the numbers of days of the course. So 10 weeks with 7 days per week gives us 70 days.

The proportion used was over an 8.5 week period. Knowing that there are 7 days in a week, we multiply the number of days per week by the number of weeks, meaning 8.5 x 7 = 59.5 days.

Given that we want to know how many doses our patient has left, we must subtract the number of days used from the total number of days.

70-59.5 = 10.5 days

Now that we know the number of days left over and we know the number of doses per day, we simply take the number of doses and multiply them by the number of days: 5x10.5 = 52.5 dosages.

Method 2: Knowing that the total number of days equate to 70 days (10x7), we multiply the number of days by the dosage per day. This gives us 70x5 = 350 doses.

Taking the number of days that were actually used, we have 59.5 (8.5x7) and multiplying them by the number of doses per day, we get 297.5 dosages. (59.5x5).

Then for the final answer, we subtract the total number of doses, from the number that was used, and we get 52.5 dosages left over, (350-297.5).