2/3 of what number is 16?

Answers

Answer 1

Answer: Let the unknown number equal x.
(2/3)x = 16
You can get rid of the fractions by multiplying both sides by 3.
3(2/3)x = 16(3)
2x = 48
Then divide both sides by 2.
2/2 = 1 48/2 = 24
x = 24

2/3 of 24 is 16

You can double check by multiplying 2/3 times 24. This is 16. So we are correct.

Answer 2

Answer:

The solution is: 2/3 of 24 is 16.

Here, we have,

Let the unknown number equal x.

(2/3)x = 16

You can get rid of the fractions by multiplying both sides by 3.

3(2/3)x = 16(3)

2x = 48

Then divide both sides by 2.

2/2 = 1

48/2 = 24

so, we get,

x = 24

the answer we have,

2/3 of 24 is 16.

now,

we can double check by multiplying 2/3 times 24.

This is 16. So we are correct.

To learn more on division click:

brainly.com/question/21416852

#SPJ6

Related Questions

Please help me... Brainiest to best answer
There is a pizza cut into 8ths, if you eat 3/4 of it how much is left?
Nine more than thirty divided by ten
Allison has a poster that is 15 in by 18 in. What will the dimensions of the poster be if she scales it down by a factor of 1/3 ?
According to the Fundamental Theorem of Algebra, how many roots exist for the polynomial function? f(x) = 8x7 – x5 + x3+6

I need help it is at 16 points I really do not get this can someone help (picture included)

Answers

hi dear i will tell the first question is b but i did not know it will be correct or no .

Solve the following proportion for u.
17/13=u/4

Answers

Answer:

u=5.23

Step-by-step explanation:

$(17)/(13) =(u)/(4)\n13u=68~by~cross-multiplication\nu=5.23~rounded~to~the~nearest~hundreds$

Find the Value of 8 1/3

Answers

The value of $8^{(1)/(3) }$ is 2.

What are the laws of exponents?

The Laws of Exponents are:

$x^(m) .x^(n) =x^(m+n)$

$(x^(m) )/(x^(n) ) =x^(m-n)$

$(x^{^(m))n}=x^(mn)$

$(xy)^(m) =x^(m) y^(m)$

According to the given question.

We have a number in exponential form $8^{(1)/(3) }$

The above exponential number can be written as

$8^{(1)/(3) }$

$= 2^{3((1)/(3) )}$ (because $2^(3) = 8$ )

$= 2$ ( because $(3)(1)/(3) = 1$ )

Hence, the value of $8^{(1)/(3) }$ is 2.

Find out more information about laws of exponents here:

brainly.com/question/568161

#SPJ2

$8^{ (1)/(3) } = \sqrt[3]{8} = 2$

$8^{ (2)/(3) } = \sqrt[3]{8^2} = \sqrt[3]{64} = 4$

The dataset below represents the population densities per square mile of land area in 15 states in the 2010 U.S. Census. What is the interquartile range?

Answers

Answer:

The Interquartile range is 188

Step-by-step explanation:

Missing Data:

1,19,35,43,49,55,63,94,105,110,175,231,239,351,738

Required

Determine the Interquartile range (IQR)

The given data is ordered already.

First, we need to determine the median

For odd number of data

Median = ½(n + 1)th

In this case, n = 15; so

Median = ½(15 + 1)th

Median = ½(16)th

Median = 8th

This implies that the median is at the 8th position.

So, we have:

1,19,35,43,49,55,63 ----> Lower

(94) ---- Median

105,110,175,231,239,351,738 ---- Upper

Next, we determine the median of the lower and upper sets.

These are called lower quartile (Q1) and upper quartile (Q3) respectively

Lower: 1,19,35,43,49,55,63

Number of data, n = 7

Q1 = ½(n + 1)th

Q1 = ½(7 + 1)th

Q1 = ½(8)th

Q1 = 4th position

From the list of data in the lower set,

Q1 = 43

Upper: 105,110,175,231,239,351,738

Number of data, n = 7

Q3 = ½(n + 1)th

Q3 = ½(7 + 1)th

Q3 = ½(8)th

Q3 = 4th position

From the list of data in the upper set,

Q3 = 231

IQR is then calculated as thus:

IQR = Q3 - Q1

IQR = 231 - 43

IQR = 188

Divide.

8.64÷(−0.27)

Enter your answer in the box.

Answers

The answer is -2.3328

What is the height of a triangle if the base is 10 cm and the sides are 13 cm

Answers

if the sides (plural, meaning more than 1) and the base is 10

that means
2 sides=13 cm
base=10
since 2 sides equal legnths, isocolees
draw a line from the top angle, opposite the base side, perpendicular to the base
you will form 2 right triangles each with a base of 10/2=5 and a hypotonuse of 13 solve for other leg

a^2+b^2=c^2
c=hypotonuse=13
a=10=1 leg
b=mystery leg (height)

10^2+x^2=13^2
100+x^2=169
subtract 100 from both sides
x^2=69
take square root of both sides
x=√69

it would be safe to put √69 as the answe since it cannot be simplified into a whole number (about 8.3066238629181)

because the sides are the same it is an isosceles triangle, therefore the altitude forms two right triangles and also bisects the base

Apply the Pythagorean Theorem
5^2 + h^2= 13^2

25+h^2= 169
   h^2= 144
   h=12

FYI there are familiar combinations for right triangles, might be worthwhile to check them out, it will save a lot of time.

Some examples are 3,4,5 / 5,12. 13 / 9,40,41 etc

Hope this helps

Other Questions

If x = -3, then x 2-7x + 10 equals

Find the domain and range of the INVERSE of the given function. Square root x-3

How many different (non-conguerent) triangles have integer side lengths and perimeter 2014

5/6 x 2 2/5 = ??? i'm confused...