Answer:
Step-by-step explanation:
The answer is d because all angles in parallelogram are the same
Answer:
Is there any choices? I'd either say 3/5 or 60/100.
Step-by-step explanation:
The reason being, both would equal around 60% I believe. 60% is 3/5th's of a 100, and 60/100 is simply 60 out of 100. Unless your going farther than I'm not entirely sure. I'm sorry.
Answer:
The length of one lap of the track would be about 377 feet
Step-by-step explanation:
- The length of any circular path is equal to the circumference of the circular path
- The circumference of a circle C = π d, where d is the lengths of its diameter
∵ A circular race track has a diameter of 120 feet
→ That means the length of each lap equal the circumference of the track
∴ The length of one lap = C
∵ The diameter of the track is 120 feet
∴ d = 120 feet
∵ C = πd
∴ C = π(120)
→ Use π = 3.141
∴ C = (3.141)(120)
∴ C = 376.92 feet
→ Round it to the nearest whole number
∴ C ≅ 377 feet
∴ The length of one lap of the track would be about 377 feet
The answer is 4526
Hope this helps!
Answer:
no, because the corresponding congruent angles listed are not the included angles
Step-by-step explanation:
Sides WX and WY meet at vertex W. Corresponding sides BC and BD meet at vertex B. Thus, for SAS, the angles that need to be congruent are the included angles W and B, not X and C.