Answer:
It includes Sahn (courtyard), Mihrab (niche), Minaret (tower), Qubba (dome) and Furnishings (ex. a large calligraphic frieze).
Explanation:
you can refer to the link.
https://www.khanacademy.org/humanities/ap-art-history/introduction-cultures-religions-apah/islam-apah/a/introduction-to-mosque-architecture
Answer:
ay max = 4.91 m/s²
so here acceleration would be either right or left
Explanation:
given data
wide b = 1 m
long l = 2 m
depth d = 3 m
height of tank sides h = 4 m
solution
here for prevent spilling condition is
≤ 
..........1
≤ - 0.50
and when here
= - 
......2
when az is 0 ay will be
ay = - 
and ay max will be
ay max = -( -0.50) (9.81 )
ay max = 4.91 m/s²
so here acceleration would be either right or left
Answer:
When an alternative refrigerant is mixed with R-22, there is no pressure-temperature chart to refer to and therefore no way to optimize the system charge. Improper superheat or subcooling can lead to compressor floodback, overheating, and dramatically reduce system efficiency and compressor lifetime
Explanation:
Answer:protection circuit overload as usual
circuit overload
Explanation:
it is ery easy for wverone
Answer:
The receiving end Voltage ( VR ) will reduce significantly
Explanation:
<u>Determine what happens to the receiving end voltage </u>
Given that ; Load on transmission line is increased and Load has a lagging power factor
Increase in load = Increase in reactive/real power drawn from the transmission line and this will cause an increase in the current drawn as well.
Vs = VR + j XL I
Vs = sending end voltage
VR = receiving end voltage
jXL I = voltage drop across reactance
The rotating and shifting of Vs to a new power angle ( lagging power factor ) without a change in magnitude will cause the value of the VR receiving end voltage to drop significantly
