Impuls I is given by:
where
is the change in momentum,
is the average force and t is the time.
Solve the equation for the force F:
Energy should be conserved, so the velocities will be:
Combining both equations:
where
It goes away and goes off to catalyze more things. Imagine it like the priest of a wedding. S/He's just catalyzing the bond between two entities, and s/he will continue to do that, not having anything to do with the bond past its creation.
Doctors go by the day you are "BORN" aka,the day you were "introduced" to the day you were born. You also weren't fully developed yet.
Answer:
the temperature of the intermediate reservoir is 624.5 K
Explanation:
Given the data in the question
The two Carnot heat engines are operating in series;
[ T
]
↓
((1)) ⇒ W
↓
[ T
]
↓
((2)) ⇒ W
[ T
]
The maximum possible efficiency for any heat engine is the Carnot efficiency;
η
= 1 - 
the thermal efficiencies if both engines are the same will be;
η
= η
1 - 
= 1 - 
1 - 1 - = -
- = -
=
T² = T × T
T = √(T × T)
source temperature of the first engine T = 1300 K
sink temperature of the second engine T = 300 K
we substitute
T = √(300 × 1300)
T = √390000
T = 624.4998 K ≈ 624.5 K
Therefore, the temperature of the intermediate reservoir is 624.5 K
Answer:
Accuracy
Explanation:
Accuracy means making measurements that are close to the value precision means making measurement that are close in value to eachother but not necessarily close to the true value.
I hope this helps! If not sorry.
