The transversal connecting four and seven is line m angles four and seven are consecutive interior angles.
I think that the answer is A, because in the range, none of the numbers should be the same, and the numbers are all different in choice A
Option A:
Option C:
Solution:
Given ΔRST similar to ΔABC.
To determine which statements are true for the given similarity triangles.
Option A:
By the similarity theorem,
If two triangles are similar, then the corresponding angles are equal and the corresponding sides are in the same ratio or proportion.
Therefore,
It is true.
Option B:
By the similarity theorem, corresponding angles are equal.
∠S is corresponding to ∠B.
So, .
That means ∠S is not corresponding to ∠A.
Therefore, it is false.
Option C:
By the similarity theorem, corresponding angles are equal.
∠R is corresponding to ∠C.
Therefore .
It is true.
Option D:
We already, proved in option A that
Therefore, .
It is false.
Option A and Option C are true.
Hence and .
Answer:
4
Step-by-step explanation:
Step 1: Round to the nearest whole number
3.82
4
Answer: 4
Answer:
There could be 6 boys and 4 girls
There are several possible answers.
Step-by-step explanation:
Consider the provided ratio.
the ratio of boys to girls is equal to 3:2, it means that for every 2 girls in the class there will be 3 boys.
Let us assume there are 6 boys in the class.
Then the number of girls would be 4 because the ratio still have to be 3 to 2.
We can use algebra to figure this out or you can use logic.
The boys to girls ratio is 3:2, This can be written as:
If we multiply numerator and denominator by 2 we get.
That means for every 6 boys there are 4 girls, either way the ratio remains the same.
Similarly If we multiply numerator and denominator by 3 we get.
That means for every 9 boys there are 6 girls, and the ratio remains the same.
So there are more than one possible answer.
Hence, there are several possible answers.