A die with faces numbered 1 to 6 is rolled once .what is the probability of obtaining 1 or 4
2 answers:
<h3>Answer:</h3>
In this question, we're trying to find the probability of a dice landing on 1 or 4.
In this case, we know that:
- The die has 6 faces (1-6)
- Rolled once
With the information above, we can find the probability.
We know that we're trying to obtain either a 1 or 4, so there would be 2 chances of getting those.
We also know that there are 6 sides in total, so that means that 2 out of the 6 sides is either a 1 or 4.
To put it together, we would have 2/6 chance of obtaining a 1 or 4.
(If you have to simplify it, it would be 1/3)
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The figure shows that the polygon:
- Has 6 sides.
- Divided into 4 triangles.
- Total interior angle measure of 180°.
- Total measure of the interior angles of this polygon is 720°.
The polygon has sides of: AB, BC, CD, DE, EF, FA.
So, this means that they have 6 sides and when you look at the diagram, this 6 sides can be divided into 4 triangle of which whose total interior will sum up to 180°.
Since there are 4 triangles and the interior is 180°, then to get the total measure of the interior angles of this polygon will be:
= 180 X 4 = 720
Therefore, one can say that the The figure shows that the polygon, has 6 sides, may be divided into 4 triangles, each of which will have a total interior angle measure of 180. Therefore, the total measure of the interior angles of this polygon is 720.
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