Answer:
the awnser is A
Explanation:
the awnser is A
voltage applied to
a circuit and the
current in a circuit?
Answer:
The relationship between voltage and current is called resistance. The relationship between all 3 is called Ohm's Law.
General Formulas and Concepts:
Circuits
Ohm's Law: V = IR
Explanation:
Ohm's Law is the fundamental basic for an ohmic surface. All circuits follow Ohm's Law if it is ohmic and assuming all other things constant. It tells the importance of the relationship between voltage, current, and resistance in a given current of a battery, wire, and resistor.
It is wise that you memorize this and understand the relationship between all 3.
---
Learn more about EMAG: brainly.com/question/27293828
---
Topic: AP Physics C - Electricity and Magnetism
Unit: Circuits
The kinetic energy of a mass oscillating on a vertical spring is at a minimum when the object is at the extreme points of its motion. This is because the object has momentarily stopped moving, leading to zero kinetic energy. All the energy is instead stored as potential energy in the spring.
In the case of a mass oscillating on a vertical spring, the kinetic energy of the object is at a minimum when the object is at its extreme points, i.e., when it is at points 'a' or 'b'. This is because, at these positions, the object momentarily comes to rest before reversing its direction, thereby having a velocity (and hence kinetic energy), which is proportional to the square of the velocity, of zero. The energy at these points is mainly stored in the spring as potential energy.
At these extreme points, we have a situation where the potential energy (U) is maximum and the kinetic energy (K) is equal to zero. At the midpoint position x = 0, the entire energy is kinetic while the potential energy in the spring is zero, which suggests that the kinetic energy is minimum at the extreme positions.
This property of kinetic and potential energy fluctuating between each other is a common characteristic of simple harmonic motion.
#SPJ3
A. 3 m/s west
B.3 m/s east
C. 19 m/s west
D. 19 m/s east
Answer:
i dont know what he said but i think C
Explanation:
a. True
b. False
The statement ‘S-waves can travel through either rock or water’ is true. The answer is letter A. the S waves can pass to both rock and water because the distances between their molecules is shorter compared to air. That is why, when a wave passes through them, the vibration of energy can be easily transported.