ATI TEAS 6 Math Practice Questions

ATI TEAS 6 Math Guide: Key Formulas, Sample Questions, and Test-Day Tips

Introduction

TEAS 7 is the most recent version of the nursing entrance exam, even though many nursing schools still offer TEAS 6, developed by ATI Testing. These exams are standardized tests that nursing and allied health schools use to determine readiness for healthcare education.

The ATI TEAS 6 Math is one of the most significant areas for nurses, as they are required to have well-developed numerical reasoning, accuracy in dosage calculations, and the ability to interpret data. Hence, the TEAS math questions assess:

Performance In Algebra
Ratios And Proportions
Measurement
Unit Conversion
Word Problems.

This article will help you learn more about mathematical formulas, various kinds of ATI TEAS questions, answer rationales, and how to pass the ATI TEAS 6 Math test. You can also visit Testavia for more resources, including a formula cheat sheet for TEAS 6 Math, and refine your math skills via practice tests.

Overview of ATI TEAS 6 Math Section

The ATI TEAS 6 Math section has 34 scored questions and four unscored questions. You are given 54 minutes to complete the paper. The questions are formulated with standardized testing logic stipulated by Pearson and general education requirements specified by the U.S Department of Education (USDOE) .

These questions are divided into three major categories:

Number & Algebra
Measurement & Data
Word Problems

These questions test proficiency in ratios and proportions, fractions and decimals, percentages, unit conversions, solving simple equations, and interpreting graphs and charts. ATI also includes healthcare-related scenarios, such as medication dosing, intake/output, and analysis of intake charts.

Keep in mind that ATI TEAS 6 practice math test is ideal for excelling on entry-level exams and applying knowledge to real-life healthcare issues.

Formulas in Math to Remember for TEAS 6.

3.1. Ratios & Proportions

Ratio Formula is a/b = c/d

To get the proportion, cross-multiply: a x d = b x c.

Example: The CDC recommends 2 mg of Oral Baloxavir per kg for those less than 15 kg. A patient of 10kg will receive?

(1 x X = 2 x 10) 20 mg is the proportion

3.2. Percentages

Percent formula:

Part = Whole x Percent

Percent = Part / Whole

Whole = Part / Percent

Percent change: ((New value - old value)/Old value) x 100

Example 1

The price of the medication increases to 25 USD from 20 USD. What is the % change?

((25 -20) 20) x 100 = 25% increase.

Example 2

A medication that costs $200 has a 16% tax. What is the tax amount?

Formula: Whole x Percent

200 x 16 % or 16 /100 = 32

3.3. Decimals & Fractions

Conversions:

Fraction - decimal, divide the numerator (n) by the denominator
Decimal -fraction, simplify the decimal digit /place value

Operations with fractions:

+ (addition) and – (subtraction) identify the common denominator.
For x (multiplication), nxn, dxd
In division of move the dividing term into an inverse, then multiply = n/d x d/n.

3.4. Algebra Basics

Equation: leave x on its side alone, then conduct opposite operations on the variables you take to the other side.

Example

4x + 1 = 13

4x = (13-1)

x = 3

Inequalities: leave x on its side alone, then conduct opposite operations on the variables you take to the other side

Example

X + 6 < 20

(X+6) – 6 < 20 -6

X< 14

3.5. Measurement & Conversions

Length:

12 inches make up one foot

3 feet make up one yard

Volume:

1000 milliliters make up 1 liter

Mass:

1,000 grams make up 1 kilogram

Temperature:

9/5 Fahrenheit (°F) +32 makes up 1 Celsius (°C)

5/9 Celsius (°C) +32 make up 1 9/5 Fahrenheit as per CDC.

3.6. Geometry

2D Calculations:

Perimeter of rectangle: P = 2(l + w)
Area of rectangle: A = l x w
Area of triangle: A = 1/2bh

3D calculation:

Volume (rectangular prism): V = l x w x h.

Application in Health Care:

These formulas help determine the amounts of medication in different containers.

ATI TEAS 6 Math Question Types

The most common type of question on the MATH ATI TEAS 6 is word problems. These questions can also take the form of multi-step reasoning and chart/table interpretation. Candidates can also be required to select an error that occurred in a calculation, error analysis, or solve dosage & healthcare problems.

Another form of question used by ATI is realistic distractors, such as rounding errors and unit confusion. Besides learning these types of questions, learners also have access to conceptual materials, such as Khan Academy, for revising algebra, order of operations, and number sense.

20 Sample ATI TEAS 6 Math Questions with Rationales

5.1. Ratios and Proportions

The medication dosage is 45mg. Its concentration is 15mg/mL. How many mL are needed?

Answer: 3 mL

Rationale: 45 / 15

Habitual error: multiplying instead of dividing

A meal for eight people requires 2 cups of sugar. What would it take to serve 12 people?

Answer: 3 cups

Rationale: Set 2/8 = x/12 - x = 3.

Habitual miscalculation: inappropriate cross-multiplication.

If the ratio of boys to girls is 5:3 among 40 students, how many are boys?

Answer: 25

Rationale: 5+3=8 parts; boys = 5/8 x 40.

Common Mistake: Using 5/3 as total.

There is a 1:4 (medication: saline). Total medication 100 mL, what is the number of drugs?

Answer: 20 mL

Rationale: 1 part out of 5 parts - 100 x 1/5.

Frequent mistake: reading the ratio as a fraction (1/4)

5.2. Percentages

A \$40 item is discounted 25%. What is the sale price?

Answer: $30

Rationale: 25% of 40 = 10 - 40 [?] 10.

Common mistakes: add and not subtract the discount

Increase 80 by 15%.

Answer: 92

Rationale: 80 x 0.15 = 12 - 80 + 12.

Common mistakes: subtract and not add the discount

What per cent of 50 is 5?

Answer: 10%

Rationale: 5 / 50.

A habitual error: misreading a sentence.

IV rate rose from 60 mL/hr. to 90 mL/hr. when a nurse increased it. Percentage change?

Answer: 50% increase

Rationale: (90-60) / 60.

Common Mistake: Writing the value 30 as a percentage

5.3. Algebra

Solve: 3x - 9 = 12

Answer: x = 7

Rationale: Add 9, divide by 3.

Common Error: forgetting to divide by 3

Q10

Solve: 2(x + 5) = 18

Answer: x = 4

Rationale: (2 (x+ 5) = 18) /2 → X+5 = 9 → X = 9-5

Error: Simple miscalculation.

Q11

Y = 2X ²

Determine Y if X is 1

Answer: 2

Rationale:2 (1x 1)

Common error: Multiplying X by 2 instead of squaring it

Q12

Solve: 4x = -20

Answer: x = -5

A habitual error: missing the negative sign.

5.4. Measures Conversion

Q13

Convert 2.5 L to mL.

Answer: 2,500 mL

Common mistake: Using the wrong parameter

Q14

Convert 36 inches to feet.

Answer: 3 ft

Common mistake: Using the wrong parameter

Q15

Convert 100°F to Celsius.

Answer: 37.8 °C

Common mistake: Using the wrong parameter

Q16.

A container holds 0.75 kg. How many grams?

Answer: 750 g

Common mistake: Using the wrong parameter

5.5. Word Problems

Q17

An individual needs 1.8 L of water a day. They take 0.6 L, then 0.5 L. What is the extra amount required?

Answer: 0.7 L

Rationale: 1.8 – (0.6+ 0.7)

Habitual miscalculation: only subtracting one variable from the sum.

Q18

The syringe dispenses 0.2 mL. How many drops for 1 mL?

Answer: 5 drops

Habitual miscalculation: multiplying instead of dividing

Q19

A 1:3 (drug/water) mixture is 120 mL. What is the amount of the drug?

Answer: 30 mL

Rationale: 120 x 1/4

Habitual miscalculation: Mistaking a ratio for a fraction

Q20

A medication requires 2 mg/kg. A 68-kg patient needs how many mg?

Answer: 136 mg

Rationale: a (2) x d (68) = b (1) x c(X)

Common mistake: Multiplication of wrong variables

How do you effectively study for the TEAS 6 Math?

Ensure you practice short micro-study sessions daily. From the sessions, you can incorporate the use of flashcards and quizzes to enhance your memory. Additionally, focus on the rationale when taking ATI TEAS 6 Math Practice tests; they give you the reasons why the right answer was correct and why the others were wrong.

Moreover, practical learning resources such as Testavia come in handy. Ensure you make good use of their remarkable resources, including the timed practice exams and tests. These will build your confidence in taking the ATI TEAS exam. Do not forget to go through your formula sheet each week as well.

Frequent Student Errors on TEAS 6 Math

Learners should be keen especially when revising or even sitting for the TEAS 6 Math exam. Typical issues such as poor concentration, anxiety, or overconfidence can lead to irreversible errors that can make you fail the exam. Students should avoid:

Calculating within unit conversion.
Failure to consider keywords such as difference or more than.
Misreading multi-step questions.
Preventable calculator errors.
Rounding off prematurely.

TEAS 6 vs TEAS 7 Math: Key Differences

The TEAS 7 questions include multiple-choice, hotspot, and fill-in questions. However, you can also come across clinical, real-life situation questions in the exam. Whereas TEAS 6 emphasizes on conventional multiple-choice questions, making it simpler. Nevertheless, in case your school allows both, you should try the TEAS 7 Math to improve your score on TEAS 6.

How Testavia Can Help You to Pass TEAS Math.

Are you looking to pass your TEAS 6 Math exam? Testavia is here to offer that kind of help. The platform supports individualized testing, ease of comprehension, and exposure to exam-like scenarios. Try these and many more services to be fully prepared for the test and ace like a professional:

Quizzes based on one’s abilities.
TEAS 6 and TEAS 7 math classes.
Rationale per step.
Pacing drills, Timed practice.
A dashboard depicting strengths and weaknesses.
A free 7-day trial

Conclusion

Outstanding performance in TEAS 6 Math is founded on an adequate grasp of ideas and revising as many times to fully understand the formulas. With informed knowledge on the common formulas, practice ATI-type questions, and thoroughly perusing the answer explanations, you are most likely to pass the test.

Visit Testivia to master the typical Math formulas and also understand how ATI TEAS questions appear to become more confident as you prepare for the test.

Menu

ATI TEAS 6 Math Practice Questions