<h2>Answer: increases </h2><h2 />
Explanation:
The expression for an Ideal Gas is:
Where:
is the pressure of the gas
is the volume of the gas
the number of moles of gas
is the gas constant
is the absolute temperature of the gas
As we can see, there is a <u>direct proportional relation between the temperature and the pressure</u>, which means that if the temperature increases the pressure of the gas increases as well.
However, it is important to note this is fulfilled if and only<u> if the volume of the container where the ideal gas is, remains constant.</u>
On a planet/celestial body with gravity, the acceleration of gravity is the same for everything. Therefore, all three options are correct.
Hope this helps!
Answer:
200metters
Explanation:
because in one second hes going 10 metter in 20 second he will go 20×10=200
Responder:
Explicación:
Usando una de las ecuaciones de movimiento expresadas como;
v = u + en donde;
v es la velocidad final del objeto
u es la velocidad inicial del objeto
a es la aceleración
t es el tiempo que toma
Parámetros dados
v = 150 m / s
u = 0 m / s
a = 9,5 m / s²
Necesario
tiempo tomado
Al sustituir los parámetros dados en la fórmula
150 = 0 + 9.5t
9,5 t = 150
Dividiendo ambos lados por 9.5
9,5 t / 9,5 = 150 / 9,5
t = 15,79 segundos
Por lo tanto, el tiempo que alcanzará una velocidad de 150 m / s es de 15,79 segundos.
To solve the problem it is necessary to apply the concepts related to the conservation of linear Moment, that is to say
Where,
m = Mass
v = Velocity
P = Linear momentum
For the given data we have to:
The components of this force would be given by,
According to the definition given at the end of the problem, this component corresponds to that expressed for x and y.
Applying the previous equation we have,
<em>Note: The component at this direction must also decomposed</em>
The mass is 143g=0.143kg, then:
Therefore the final vector is:
