Answer:
The weather conditions do not suggest a blizzard. It is explained below.
Explanation:
wind_speed=randi([12 56],24,1);
visibility=randi([1 10],24,1)/10;
storm_data=[wind_speed,visibility];
save stormtrack.dat storm_data -ascii
clear
load stormtrack.dat
fprintf('Below is the storm data from the file stormtrack.dat \n');
disp(stormtrack)
wind_speed=stormtrack(:,1);
visibility=stormtrack(:,2);
L=length(wind_speed);
count=0;
i=0;
while count<4 && i<L
i=i+1;
if wind_speed(i)>=30 && visibility(i)<=0.5
count=count+1;
else
count=0;
end
end
if count==4
fprintf('The weather conditions suggest a blizzard.\n')
else
fprintf('The weather conditions do not suggest a blizzard.\n')
end
Results:
Below is the storm data from the file stormtrack.dat
49.0000 0.1000
56.0000 0.4000
44.0000 0.6000
27.0000 0.7000
38.0000 0.5000
16.0000 0.9000
52.0000 0.8000
1 51.0000 1.0000
48.0000 0.6000
23.0000 0.4000
38.0000 0.2000
13.0000 0.7000
31.0000 0.8000
26.0000 0.5000
19.0000 0.1000
20.0000 0.3000
31.0000 0.2000
16.0000 0.3000
38.0000 0.5000
33.0000 0.6000
43.0000 0.5000
43.0000 0.9000
40.0000 0.6000
13.0000 1.0000
The weather conditions do not suggest a blizzard.
I had this quiz before. But The Answer Is C :)
Answer:
the maximum height h to which the the water steam could rise is 40.65m
Explanation:
Given;
= 20m,
= 2atm ≈ 20265 N/m
Density of water ρ = 1000 kg/
Note: we take point 1 at the free surface of the water in the tank and point 2 at the top of the water trajectory. we also take reference level at the bottom of the tank.
fluid velocity at the free surface of tank is very low (
≅ 0) and at the top of the water trajectory 
= 0
Step 1: Applying Bernoulli equation between poin 1 and point 2
/ρg + 
/2g + = 
/ρg + 
/2g + 
/ρg + = 
/ρg +
= ( - )/ρg +
Substituting values into we have,
= 
Answer:
Technician A says that TSBs are typically updates to the owner's manual. Technician B says that TSBs are generally
updated information on model changes that do not affect the technician. Who is correct? the answer is c
Horace and John Dodge founded the Dodge Brothers Company in Detroit in 1900, and quickly found work manufacturing precision engine and chassis components for the city's growing number of automobile firms. Chief among these customers were the established Olds Motor Vehicle Company and the new Ford Motor Company.
