<h3>
Answer: D) Cannot be determined</h3>
Explanation:
Choice A isn't the answer because we don't know anything about the angles, so we can't use the AA (angle angle) Similarity theorem.
Choice B isn't the answer because we don't have info about all three pairs of sides (we only have two pairs of sides).
Choice C isn't the answer in a similar way choice A isn't either. We don't know anything about the angles, so we can't use the "A" in "SAS".
Choice D is the only thing left. It turns out we don't have enough info to be able to determine if the triangles are similar or not.
You can multiply both sides by 2 so you get 8\18. 8\18 is equivalent to 4\9. You can also multiply 4\9 by any other natural number as long you multiply both numbers of the fraction by the same natural number.
60 ≥ 35 + 5t
<u>-35 </u><u> </u><u>-35 </u>
<u>25</u> ≥ <u>5t</u>
5 5
t≤5
his mistake was that he used ≤ for at least instead of using ≥. so at end, when I solved, I saw that Sven should spend 5 minutes or less on each scale.
Answer:
For example
22
×2
_____
22
Read the multiplication table and add the giuen digits
1. S is a straight line that cuts through f and t
2. Given
3. ∠5 ≅ ∠7
4. ∠7 ≅ ∠3 Corresponding angles
Solution:
Step 1: Given
S is a straight line that cuts through f and t
Step 2: Given
∠3 ≅ ∠5
Alternate interior angles are equal.
Step 3: By Vertical angle theorem
Vertically opposite angles are congruent.
∠5 ≅ ∠7
Step 4: Corresponding angles
∠7 and ∠3 are corresponding angles.
∠7 ≅ ∠3
Step 5: Corresponding angles theorem
f || t
Hence proved.