Answer:
they are both yes and i dont know how i would show work on this
Step-by-step explanation:
Answer:
Step-by-step explanation:1. Sure. What you are looking for is a way to reduce both 24000 and 50 by the same factors until the 5 becomes a 1. In which case whatever 24000 becomes is your answer.
When 50 is reduced to 1 that's the end point because we are saying 1 unit of whatever the 50 represents contains nnn units of that other number. nnn is the answer.
So first of all we can reduce both numbers by a factor of 10 to get 2400 and 5. Now we reduce both by a factor of 5 to get 480 and 1. And there's your answer 480. ANS. 2. A all i know hope this helps luv
Answer:
<em>Similar: First two shapes only</em>
Step-by-step explanation:
<u>Triangle Similarity Theorems
</u>
There are three triangle similarity theorems that specify under which conditions triangles are similar:
If two of the angles are congruent, the third angle is also congruent and the triangles are similar (AA theorem).
If the three sides are in the same proportion, the triangles are similar (SSS theorem).
If two sides are in the same proportion and the included angle is equal, the triangles are similar (SAS theorem).
The first pair of shapes are triangles that are both equilateral and therefore have all of its interior angles of 60°. The AAA theorem is valid and the triangles are similar.
The second pair of shapes are parallelograms. The lengths are in the proportion 6/4=1,5 and the widths are in proportion 3/2=1.5, thus the shapes are also similar.
The third pair of shapes are triangles whose interior acute angles are not congruent. These triangles are not similar
Answer:
no, that's good
Step-by-step explanation:
I'm pretty sure that's a b, so it's good
Answer:
1.5 or 3/2
Step-by-step explanation:
