Answer:
The correct answer in which peer forces each act in a different body
Explanation:
Newton's law of action and reaction states that the two forces have equal magnitude, but in the opposite direction, each acting on a body. Which creates acceleration in these, if they act in the same body it would be canceled so there would be no movement.
The correct answer in which peer forces each act in a different body
Answer:
Any of those terms can be converted to either of the other terms, so either term is correct. People are accustomed to everyday temperatures in Fahrenheit. The ideal gas law specifies that
P V = N R T where T is in Kelvin which is Celsius + 273 deg.
Dang that’s a lot wait i will answer in comments
Answer:
Explanation
Given that
Temperature changes from
Initial temperature T1 = 300K
Final temperature T2 = 600K
v1 = average speed of gas molecule before absorption of heat
v2 = average speed of gas molecule after absorption of heat
Ratio v2/v1 =?
Related to average speed,
Vrms = √(3RT/M)
We will take 3, T and M as constant,
Then,
Vrms ∝ √T
Then,
Vrms / √T = k
So,
V1 / √T1 = V2 / √T2
Cross multiply
V1 • √T2 = V2 • √T1
Make V2 / V1 subject of formula
V2 / V1 = √T2 / √ T1
V2 / V1 = √600 / √300
We know from indices that
√a / √b = √(a/b)
Then,
V2 / V1 = √(600 / 300)
V2 / V1 = √2
Then, The ratio v2 / v1 is √2
So, if T is double, then, V increases by a factor of √2
32 kilometers per hour is equivalent to 8.88... m/s