402053 rounded to the nearest thousand
2 answers:
<h2>Rounding Numbers</h2>
In rounding a number to nearest multiple of 10, look at the digit to the right of the number to be rounded:
- If it is 0, 1, 2, 3, or 4, retain the digit and replace the other digits that follow with zero.
- If it is 5, 6, 7, 8, or 9, add one to the digit to be rounded and replace with zeros the digits after it.
402053 rounded to the nearest thousand
Since, 2 is on hundreds place look at the right digit to be rounded. So, 0 si on right digit let's round off from 2 let's keep it 2 then replace the other digits of zero.
Therefore, 402053 is now 402000
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Answer:
The length of the missing segment is 24
Step-by-step explanation:
Given
The figure above
Required
Determine the missing segment
Let the missing segment be represented with x
Given that, there exist parallel lines between the two triangles;
The relationship between the sides of the triangles is as follows;
Cross Multiply
Open bracket
Subtract 15x from both sides
Divide both sides by 5
Hence, the length of the missing segment is 24
We have that
<span>observing the graph of the problem, it is evident that the solution is option D, since the graph of the parabola presents a domain for x <4 and the line presents a domain for x> = 4 and the only option with these two conditions is option D
</span>
using a graph tool
<span>I proceed to verify</span>
see the attached figure
the answer is the option D
<span>observing the graph of the problem, it is evident that the solution is option D, since the graph of the parabola presents a domain for x <4 and the line presents a domain for x> = 4 and the only option with these two conditions is option D
</span>
using a graph tool
<span>I proceed to verify</span>
see the attached figure
the answer is the option D