Answer:CASE #1 - Divergent and convergent one-way
residential streets to reduce direct through
routes impacting the neighborhood.
CASE #2 - Alternating one-way streets throughout a
portion of a grid system to gain safety
advantages of one-way operations.
CASE #3 - Creating a one-way couplet by paring a
residential street with a nearby thru street to
create a corridor for thru traffic
Step-by-step explanation:
Answer:
like an echo in the forest
yeahhhhh life goes on
C. The y-intercept represents how far away she is at time = 0, meaning before she started traveling home. Therefore it must be a single value rather than a per-minute rate, and it must be measured in miles since it's a measure of distance. C is the only answer that fits.
Draw 2 big 100 tile things. 6 10-tiled sticks. 3 one-tiled units
Answer:
30 2/3 mph
Step-by-step explanation:
Going 46 mph faster for 2 hours, Mary closed a (46 mi/h)×(2 h) = 92 mile gap. That gap was created in 3 hours by Sandy going ...
(92 mi)/(3 h) = 30 2/3 mi/h
Sandy's average speed was 30 2/3 mph.
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<em>Comment on the situation</em>
We wonder what sort of road and traffic situation would allow Mary to go 76 2/3 mph in downtown Durham, while Sandy traversed the same route at 30 2/3 mph.
