The geometric mean of 36 and 4 is **12**.

Also, What is the geometric mean of 14 and 20?

To calculate the geometric mean enter values in the input box by using our Geometric mean calculator.

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Some examples of Geometric Mean in the following Table.

Geometric Mean of 4/5 and 2 | 1.4 |
---|---|

Geometric Mean of 25 and 35 | 30 |

Geometric Mean of 9 and 25 | 17 |

Geometric Mean of 2 and 32 | 17 |

Geometric Mean of 14 and 20 | 17 |

Hereof, What is the geometric mean of 81 and 4?

The GM of 81and4, by definition, is **√81×4=18** .

Also to know What is the geometric mean of 36? First we multiply them: 2 × 18 = 36. Then (as there are two numbers) take the square root: √36 = **6**.

What is the geometric mean of 5 and 10?

The geometric mean of 5 and 10 is **√(50)**, or approximately 7.071.

**24 Related Questions Answers Found**

Table of Contents

**What is the geometric mean of 16 and 36?**

Answer: **24** is the geometric mean for the two numbers..

**What is geometric length stay?**

Geometric mean is a statistical/mathematical term that is applied in many other areas outside of health care. This is **calculated by multiplying all of the lengths of stay and then taking the nth root of** that number (where n=number of patients).

**What is the geometric mean of 25 and 4?**

a = 4 and b = 25. Thus Geometric mean of 4 and 25 is **10**.

**What is the geometric mean of 24 and 32?**

Answer: The geometric mean is √24 * 32 = **√768 = 16√3**.

**What is the geometric mean of 4 and 7?**

1)x²= 4 x 7. =**28**. taking square root.

**What is the mean of 20 and 25?**

**22.5** is an average of two given numbers 20 & 25.

**What is the geometric mean between 28 and 112?**

ANSWER : The geometric mean is **56**.

**What’s the geometric mean of 5 and 15?**

The geometric mean of two numbers is **the one which lies between the two numbers such that the three of them make a geometric sequence**. … We assume it to be “r”, and apply the common ratio formula, which will be $dfrac{r}{5}=dfrac{15}{r}$ . This gives $r=5sqrt{3}$ .

**What is the geometric mean of 3 and 12?**

the value of the geometric mean of 3 and 12 is **6** .

**What is the difference between geometric mean and arithmetic mean?**

Geometric mean is the calculation of mean or average of series of values of product which takes into account the effect of compounding and it is used for determining the performance of investment whereas arithmetic mean is **the calculation of mean by sum of total of values divided by number of values**.

**How do you find the mean length of stay?**

Average Length of Stay: The average length of stay is calculated by **adding the total length of stay for each discharged resident in the month and dividing by the number of discharge residents in a month**.

**How do hospitals determine length of stay?**

Length of stay is a term which is used to calculate a patient’s day of admission in the hospital till the day of discharge i.e. the number of days a patient stayed in a hospital for treatment. ALOS is calculated **by dividing total inpatient days by total discharges**.

**What is the geometric mean of 25 and 100?**

Solution: The geometric mean between 25 and 100 is **√(25*100) = 50**.

**What is the geometric mean of four and 12?**

The Geometric Mean of 4 and 12 is **6.9**.

**What are the geometric means between 3 and 12?**

the value of the geometric mean of 3 and 12 is **6** .

**What is the geometric mean of 16 and 32?**

32 is the geometric mean of 16 and what other number? Since the geometric mean is the nth root of the product of a geometric sequence of n terms, therefore: 32^2 / 16=**64** the other term, because: sqrt(64 X 16)=32.

**What is the geometric mean of 14 and 28?**

or approximately 19.8. Step-by-step explanation: to find the geometric mean, multiply the numbers together and then take the square root. gm = **sqrt(28*14)** **gm = sqrt(392)**

**What is the geometric mean of 20 and 45?**

Answer: So, geometric mean of 20,45 is 20×45 =**5×4×9×5 =5×2×3=30**.

**How do I calculate mean?**

The mean, or average, is calculated **by adding up the scores and dividing the total by the number of scores**. Consider the following number set: 3, 4, 6, 6, 8, 9, 11.