Answer:
Option C
Explanation:
The image given in the question represents an overflow tank
Since a water pump has rotor and blades (which is not visible in the given image), hence, this image is not of water pump.
The surge tank has a different structure as compared to that of overflow tank
Radiator looks like a metallic structure with parallel blades.
Hence, option C is correct
Answer:
It would take 3225.8 hours of target detection to pay off the new controller
Explanation:
First, to find out how many hours it would take, we calculate what is the cost per contact for both options:

Knowing the cost per contact, we calculate savings per contact when using the controller:

Now that we know how much the automatic controller saves, we calculate how many contacts it would take to pay it off, and then, taking into account contacts per hour, how many hours:

That means, without taking into account veteran benefits (that raise the cost of the USAF specialist), it would take around 134 days of target detection to pay off the new controller.
Answer:
6.51∠-26.9° Amp - rms
Steps:
- This three-phase circuit will be equivalent to three single phase circuits in Y connection and we'll calculate current for ONE phase by dividing the load impedance by 3.
- By applying Ohm's law to the circuit, current will be calculated.
- Then the equivalent Delta current will be calculated by dividing it to sqrt(3) and subtracting 30°
Explanations:
Source = 120∠40 V
Z-line=0.5+j0.4Ω
Z-load=24+j18Ω
<u>Converting Delta to Star</u>
Z-load-1Ф=Z-load-3Ф/3
<u>Calculating Star Current by Ohm's Law:</u>

=11.27 A-rms
<u>Converting Star current to Delta Current</u>

I-delta = 6.51∠-26.9°
Answer:
Check the explanation
Explanation:
Given
1) CU traixial compression test
2) Devatoric stress at failure = бd = 50 kN/
3) Confining pressure at failure = бd = 48 kN/
4) Pore pressure at failure = u = 18 kN/
5) Unconfined compression stress = q = 20 kN/
6) Undrained cohesion = q/2 = 20 kN/
To find:
1) Effective and total stress strength failure envelope
Kindly check the attached image below
.
Answer: sharing resources
Explanation:
The benefits of a connected world that makes all applications, equipment (such as a high-volume printer), and data available to anyone on the network, without regard to the physical location of the resource or the user is made possible by a shared resource.
A shared resource which is also called network share is a resource in computing where applications, equipments and data are shared from one computer network to another within sale network.