Answer:
Step-by-step explanation:
RS Bisects PQ at T Given
PQ bisects RS at T Given
<RTQ = <PTS Vertically opposite Angles
PT = TQ Result of the given bisection
RT = TS Result of the given Bisection
ΔPTS ≡ ΔRTQ SAS. Note that the vertically opposite angles are between the two equal sets of lines.
You would use the distance formula
d = rt
Scine you need to find the rate you will use r = d/t
r = 220/5
r = 44
Rounding to the nearest ten:
28 → 30
188 → 190
250 → 250
101 → 100
122 → 120
Answer:
A table
Step-by-step explanation:
you can start with one and have all the numbers that can land with one than two then three etc.
123
1 1 1
222
333
444
555
666
.........
