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Welcome to my TEAS Exam Prep blog. I hope it will help you prepare very well for the pre-nursing entrance exam, popularly known as the TEAS exam. This is one of the entrance exams required by some schools for those who want to pursue careers in the nursing field in the USA. I will attempt to break down the review materials into manageable parts so that you can systematically and efficiently prepare for the test with less stress. I will guide you to prepare for the entire content of the test. Hopefully, you will be able to pass after going through these series.


Best of luck!




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Wednesday, April 16, 2014

ANSWERS TO QUESTIONS FOR THE DAY

1. A car is traveling at the speed of 20 mph. How far will it travel in 5 hrs?
A. 4 mi
B. 100 mi  (distance = speed x time; 20 mph x 5 hrs= 100)
C. 20 mi
D. 25 mi

2. A car is traveling at the speed of 20 mph. How far will it travel in 30 minutes?
A. 600 mi
B. 50 mi
C. 10 mi (distance = speed x time; change 30 minutes to hours first, then 20 mph x 0.5 hrs= 100)
D. 15 mi

3. What is the distance traveled in 5 seconds by the car whose graph is shown below?

A. 10 m
B. 50 m (The distance is the area under the graph from 0-5 s, this is a triangle so Area=1/2 x 5 x 20 = 50)
C. 100 m
D. 20 m

Use the graph below to answer the following questions.



4. During which time interval is the object decelerating?
A. 12-16 s
B. 4-10 s
C. 0-2 s
D. 10-12 s

5. During which time interval is the object accelerating?
A. 12-16 s
B. 4-10 s
C. 0-2 s
D. 10-12 s

6. During which time interval is the object moving with a constant speed?
A. 2-10 s
B. 4-10 s
C. 0-2 s
D. 10-12 s

7. During which time interval did the object travel the greatest distance?
A. 2-10 s (The distance is the area under the graph. You can estimate this using the number of boxes)
B. 4-10 s
C. 0-2 s
D. 10-12 s

7. During which time interval did the object travel the shortest distance?
A. 2-10 s
B. 12-16 s
C. 0-2 s The distance is the area under the graph. You can estimate this using the number of boxes)
D. 10-12 s

8. An object travels a distance of 15 meters when an force of 4 N  act on it. What is the work done?
A. 30 J
B. 19 J
C. 60 J (Work = force x distance)


D. 11 J

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