Let's first look at the number that we are given.25,973. We would read this number as eighty-nine and five hundred forty seven thousandths.
In this number, the 5 is in the tenths place. That is equivalent to 5/10 or five tenths (five divided by ten or 0.5).
The questions asks you to write a number in which the digit "5" is one-tenth the value of the number 5 in 25,973
You are looking for a number that is one-tenth of 0.5. Remember, one-tenth equals 1/10 which equals 0.1.
One-tenth of 0.5 equals 0.1 multiplied by 0.5 which equals 0.05. Hence, the number 5 has to be in the hundredths place to answer the question.
Using the number that we were given (89.547), if you multiply 25,973 by (1/10) you get 8.9547.
In the number 8.9547, the digit 5 is one-tenth the value of the number 5 in 25,973
The answer is 8.9547.
I hope this explanation helps.
Option D
- 4 < 6 inequality statement describes the two numbers on a number line
<u>Solution:</u>
Given, statement is "6 and a number 10 units to the left of 6"
We have to find which inequality statement describes the two numbers on a number line?
Now, we know that, as we move towards left on the number line, the value goes decreasing by 1 for every one unit.
So, a number 10 units to the left of 6 will be 6 – 10 = - 4
So, the two numbers are 6, -4 and we know that, - 4 < 6
Hence, option D is correct.
Answer:
KL = 28
YZ = 76
LZ = 38
Step-by-step explanation:
Because J K and L are midpoints, the segment lengths are half of the segments from the XYZ triangle.
Think of it like this: ZLK is just ZXY scaled to half.
From that we get:
KL = YX/2 = 56/2 = 28
YZ = 2*KJ = 2*38 = 76
LZ = YZ/2 = 76/2 = 38
Answer:
the answer in 36cm squared
Step-by-step explanation:
pie r squared
