If you're going to ask a question, at least provide the steps or possible answers that you are provided with so that others can help you. Luckily, I know the exact question you are trying to solve.
The order the steps go in is:
<span> The oceanic plate would subduct under the continental plate into the asthenosphere.
From the intense heat and pressure within the mantle, the crust of the oceanic plate would mix with the rock of the mantle.
Mantle convection would cause magma to rise up through divergent boundaries.</span>
Answer:
6 pm to 12 am (option B)
Explanation:
When particle movement slows down, the temperature gets colder (movement of particles produces heat)
So, by looking at when the temperature is decreasing, we can tell when the particles in the air are slowing down.
This downward / negative slope is during the 6 pm - 12 am time frame
Answer:
Explanation:
Given that,
A capacitor of capacitance
C = 500pF
Charge on capacitor is
Q = 10μC
Capacitor is then connected to an inductor of inductance 10H
L = 10H
Since we want to calculate the maximum energy stored by the inductor, then, we will assume all the energy from the capacitor is transfer to the inductor
So energy stored in capacitor can be determined by using
U = ½CV²
Then, Q = CV
Therefore V = Q/C
U = ½ C • (Q/C)² = ½ C × Q²/C²
U = ½Q² / C
Then,
U = ½ × (10 × 10^-6)² / (500 × 10^-9)
U = 1 × 10^-4 J
U = 0.1 mJ
So the energy stored in this capacitor is transfers to the inductor.
So, energy stored in the inductor is 0.1mJ
B. Current through the inductor
Energy in the inductor is given as
U = ½Li²
1 × 10^-4 = ½ × 10 × i²
1 × 10^-4 = 5× i²
i² = 1 × 10^-4 / 5
i² = 2 × 10^-5
I = √(2×10^-5)
I = 4.47 × 10^-3 Amps
Then,
I = 4.47 mA
D) weathering im 100% sure i took the test and i pasted so i know
