If the compressor removes 500 j if the 700 the 200 j left would have Ben conducted through the refrigerator/200 j released into the room
To solve this problem we will apply the concepts related to the kinematic equations of linear motion. Punctually we will verify the vertical displacement and the horizontal displacement from their respective components. We will start by calculating the time it took to reach the objective and later with that time, we will find the horizontal velocity launch component. The position can be written as,
Here,
h = Height
= Initial velocity in vertical direction
= Vertical acceleration (At this case, due to gravity)
= Time
There is not vertical velocity because the ball was thrown horizontally), then we have that
Now using the equation of horizontal motion we have with this time that the initial velocity was,
Here,
= Horizontal initial velocity
= Time
= Acceleration in horizontal plane
There is not acceleration in horizontal plane, only in vertical plane, then we have
Therefore the pitching speed is 22.5938m/s
Lo que sucede es que la sopa se comienza a enfriar. La temperatura es una función del calor al cual es sometido un cuerpo/sistema.
<h3>¿Qué es el calor? ¿Qué es la temperatura? </h3>
El calor se refiere a la cantidad de energía térmica que puede ser transferida entre dos sistemas/cuerpos cuando dichos sistemas/cuerpor entran en contacto.
Para que haya transferencia de calor es necesario que ambos objetos se encuentren a diferentes temperaturas.
El calor se define como un tipo de propiedad extensiva porque la modificación en la temperatura de un cuerpo durante la transferencia de calor depende de la cantidad de moléculas presentes en el sistema.
Aprende más sobre temperatura y calor aquí:
brainly.com/question/24792609
Answer:
-There are no other charges nearby.
Explanation:
-There are no other charges nearby.
If there is no net charge in nearby space then the force on this charge will be ZERO
-If there are other charges nearby, they must all have the same sign as Q.
There there is nearby charge of same sign then it will have repulsion force on Q
-If there are other charges nearby, they must all have the opposite sign of Q.
if there is nearby charge of opposite sign then the force must be attraction force.
-If there are other charges nearby, the total positive charge must equal the total negative charge.
If there exist two type of charges nearby then there may exist either attraction or repulsion force on it