put the rainfall measurements in order from least to greatest.

0.97 meters

0.947 meters

1.5 meters

1.268 meters

Answers

Answer 1
Answer: To put the rainfall measurements in order from least to greatest we should consider the decimal places and orders of the numbers which as follows are:
1. 0.947 meters
2. 0.97 meters
3. 1.268 meters
4. 1.5 meters  




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If 2/3 y = 1/4 then y = ?

Answers

Answer:

3/8

Step-by-step explanation:

2/3 * y = 1/4

divide by 2/3 on both sides

y = (1/4) / (2/3)

y = 3/8

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If I'm not mistaken I think that it is 8 minutes and 33 seconds
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How do you solve 2/3x+15=17? it is confusing. i have been stuck on this problem for a while...

Answers

Find the opposite of adding 15. So it would be subtracting 15. So subtract 15 on both sides. So it would have 2/3x on the left and then 2 on the other side. (2/3x=2) Now find the opposite of multiplying 2/3. It is dividing 23/3. So divide 23/3 on both sides. So multiply 2/3 times 1/2. It would equal 3. x = 3
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What is
2 (5)/(6)  * 1 (2)/(3)

Answers

Answer:

4 13/18

Step-by-step explanation:

This problem is equivalent to 17/6 times 5/3, which comes out to 85/18, or 4 13/18.

Which special version of the Pythagorean Theorem can you use to find the length of any square's diagonal, d, using only the length of its side, s?

Answers

Using the Pythagorean Theorem, the length of a square diagonal, in function of it's sides s, is given by:

d = s√(2)

The Pythagorean Theorem relates the length of the legs l_1 and l_2 of a right triangle with the length of the hypotenuse h, according to the following equation:

h^2 = l_1^2 + l_2^2

In a square, as given in the figure below, the legs are the sides s, of equal measure, while the hypotenuse is the diagonal d, thus:

d^2 = s^2 + s^2

d^2 = 2s^2

d = √(2s^2)

d = s√(2)

A similar problem is given at brainly.com/question/21691542

the square's diagonal is the triangle's hypotenuse.

the original Pythagorean theorem is  a^(2) +  b^(2) = c^(2)   where a and b are the two sides and c is the hypotenuse.

that means the Pythagorean theorem for this question is:

s^(2) + s^(2) = d^(2)  or 2( s^(2) )= d^(2)