Answer:
(a) 
(b)
Explanation:
Given data
Area A=4.0 cm²=0.0004 m²
Electric permittivity ε=8.854×10⁻¹² farads/meter
Charge q=0.708 nC
To find
(a) Potential at distance=1.00mm
(b) Potential at distance=2.00mm
Solution
For (a) Potential at distance=1.00mm
First we need to find the capacitance
So
As we know that
So Electric potential is given as:
For (b) Potential at distance=2.00mm
First we need to find the capacitance
So
As we know that
So Electric potential is given as:
Answer:
weight
Explanation:
the weight of an object on an airline is one of the most important thing a pilot has to consider when prepping a flight and that is because if there is too much weight then the plane simply can't fly. imagine if everyone wanted to bring a 50 kg box. there are at least 200 people. that alone is 10,000 lg of weight than you have to factor in all the people, wires on the plane, and certain appliances that some planes have.
<h2>
Answer: gaseous state</h2>
Entropy is the measure of the disorder of a system and is a function of state. That is, it depends only on the state of the system.
In this sense, in <u>the gaseous state is where the greatest entropy occurs</u>, since in a gas the particles acquire greater freedom and kinetic energy to move.
Another aspect that influences the increase in entropy is the increase in temperature. This is because, when raising the temperature, the kinetic energy of the molecules, atoms or ions increases, and, therefore, they move more.
I believe the answer is A. Light is scattered.
