<span>Range = 88.5 Km/h - 94.5 Km/h</span><span>
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Answer:
A bag of blood with a density of 1050 kg/m4 is raised about 1.00 m higher than the level of a patient's arm. How much greater is the blood pressure at the patient's arm than it would be if the bag were at the same height as the army is the solisan of kind
For the answer to the question above, each horse's force forms a right angle triangle with the barge and subtends an angle of 60/2 = 30°. The resultant in the direction of the barge's motion is:
Fx = Fcos(∅)
We can multiply this by 2 to find the resultant of both horses.
Fx = 2Fcos(∅)
Fx = 2 x 720cos(30)
Fx = 1247 N
35m/s is meters per second.
35x35=1225
it will have gone a total of 1225 meters on thirty five seconds
Answer:
The required power is 
Explanation:
From the question we are told that
The temperature of the water entering ice machine is 
The temperature of the water leaving is 
The COP of the ice machine is 
The production rate of an ice 
The energy that needs to removed from each lbm of water at 55 F is 
Generally the cooling load of the ice machine is mathematically represented as
=> 
Generally the COP of the ice machine is mathematically represented as
Here 
is the net power input needed to successfully run the ice machine
So
=> 
Converting to horsepower
=>
