3 years ago

Help please!!! My last questions.

1 answer:

4 0

Answer:

mean: 8.4 median: 7 mode: 6

Step-by-step explanation:

mean add all the numbers up and divide them by how many of them there are.

median put them in order smallest to largest then find the middle number

mode the number that comes up in the line the most

You might be interested in

Pepsi [2]

The answer is 11, because 165 divided by 15 is 11 :)

7 0

2 years ago

svetlana [45]

I hope this helps you

6 0

3 years ago

nata0808 [166]

Answer: the 2nd and the 5th one

Step-by-step explanation:

6 0

2 years ago

max2010maxim [7]

The value of the expression $\sqrt{x^2y^3} + 2\sqrt{x^3y^4} + xy\sqrt y$ is $2xy\sqrt{y} + 2xy^2\sqrt{x}$

<h3>How to evaluate the sum?</h3>

The attachment represents the proper format of the question

The summation expression is given as:

$\sqrt{x^2y^3} + 2\sqrt{x^3y^4} + xy\sqrt y$

Expand the radicands

$\sqrt{x^2y^2 * y} + 2\sqrt{x^2y^4* x} + xy\sqrt y$

Evaluate the square roots

$xy\sqrt{y} + 2xy^2\sqrt{x} + xy\sqrt y$

Add the like terms

$2xy\sqrt{y} + 2xy^2\sqrt{x}$

Hence, the value of the expression $\sqrt{x^2y^3} + 2\sqrt{x^3y^4} + xy\sqrt y$ is $2xy\sqrt{y} + 2xy^2\sqrt{x}$