Answer:
<h2>Case i) if
</h2><h2>So initially if the circuit is inductive in nature then its net impedance will decrease after this</h2><h2>Case ii) if
</h2><h2>So initially if the circuit is capacitive in nature then its net impedance will increase after this</h2>
Explanation:
As we know that the impedance of the circuit is given as
when we join another identical capacitor in parallel with previous capacitor in the circuit then we will have for parallel combination
so it is
now we have
Case i) if
So initially if the circuit is inductive in nature then its net impedance will decrease after this
Case ii) if
So initially if the circuit is capacitive in nature then its net impedance will increase after this
Electromagnectic Waves Travel In A Vacuum
Answer:
The horizontal component of displacement is d' = 1422.7 m
Explanation:
Given data,
The distance covered by the truck, d = 1430 m
The angle formed with the horizontal, Ф = 5.76°
The displacement is a vector quantity.
The horizontal component of displacement is given by,
d' = d cos Ф
= 1430 cos 5.76°
= 1422.7 m
Hence, the horizontal component of displacement is d' = 1422.7 m
Answer: A <u>Nebula </u>is left behind. A spectacular explosion in which a star ejects most of its mass in a violently expanding cloud of debris.
Hope this helps!