LAST ONE! -maybe hehe

n a typical 2-pound bag of M&Ms contains 500 individual pieces, of which... 120 are blue, 70 are brown, 80 are green, 100 ar

jasenka [17]

Answer:

60/500 or 3/25

Step-by-step explanation:

5 0

3 years ago

Due tomarrow please help!!!!!!!!!!!!!!!!!!!!!!!!! Identify the independent and dependent variables in the following statement. T

miskamm [114]

The independent variable is the rate that water is flowing into the pool, and the dependent variable is the depth of water in the pool.

I believe this would be the case due to the fact that we are not in control of the flow yet the flow impacts the depth. So flow would be independent while the pool depth would be dependent on the rate of flow.

8 0

4 years ago

What number multiplied by itself 2 times equals 49

laila [671]

You're basically looking for the square root of 49. In fact, if a number $x$ gives $y$ when multiplied by itself two times, then you have $x^2 = y$ , which also means that $x$ is the square root of $y$ , i.e. $x = \sqrt{y}$

In your case, the answer is 7, because you have

$\sqrt{49}=7 \iff 7^2 = 49$

which is indeed true

7 0

3 years ago

The base of a triangle is 13 cm and its hieght is 5cm. What is the area

Maslowich

The answer to your question is 18cm

3 0

4 years ago

I need help and explanations with these 5 questions.Question 1Is the expression x^3*x^3*x^3equivalent to x^(3*3*3)? Why or why n

Bess [88]

Answer:

1) No. 2) $\sqrt{x}$ 3)4x 4) $x^{\frac{3}{2}}$ or $\sqrt{x^3}$ 5) B and D.

Step-by-step explanation:

Check the pictures below

1) $x^{3} *x^{3}*x^{3}=x^{3+3+3}=x^{9}$ x^(3*3*3)=x^{27}[/tex]

For the first, we must just repeat the base e sum the exponents

For the second one, we must multiply the exponents.

According to the Exponents Law.

$x^{m}*x^{n} =x^{m+n}\\x^{m*n} =x^{mn}$

2)

Here we have three combined Exponent laws, namely:

3)

First on multiplying keep the 4 outside the square root,

4) The starting point of it is reminding that in a fraction, whenever we divide two fractions we have to operate the product of the first fraction times the inverse of the second one.

Then we apply the Exponent Law of a divison between same base powers, repeating the base subtracting the exponents, and simplifying it:

$x^{\frac{4}{6}}=x^{\frac{3}{2}}$

5)

Check below

b and d, are equivalent between themselves since the same quantities of x are displayed. Notice, all we have used. Exponent Laws and Power Properties

6 0

3 years ago