Design a I O-to-4 encoder with inputs in the l-out-of-10 code and outputs in a code like normal BCD except that input lines 8 an
d 9 are encoded into "E" and "F'', respectively.
1 answer:
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Answer: So a 1 pound = 0.453592kg
the density of the water is D= 997 kg/ so we need to use replace the kg with pounds with 2.20462 pounds = 1kg.
then D = 2.20462*997 pounds/
and we want to make this equal to one changing the metters for other thing.
we need to replace with 2.020462*997 meters qube.
then our new metters variable x = 12.6meters.
now g = 9.8 meters for second square.
in our new lenght variable x.
g = 12.6*9.8 x for second square.
so if y is our new time variable
= 12.6*9.8 seconds square. so y = 11.1seconds
so the units of length are x = 12.6 meters and for time y = 11.1 seconds.
Answer:
Grade is 10.32%
Explanation:
Given data:
stopping side distance is 800ft
t = 2.5 sec
design speed v = 65 miles/hr
a/g value is 0.35
stopping side distance is SSD
plugging all value for G
G = 0.1032
Grade is 10.32%