Answer:
Therefore it would take about 30 minutes to cool the beef stew to a serving temperature of 1008F
Explanation:
Given that:
The initial temperature of the stew(I) is 2008° F
The room temperature(R) is 758°F
The cooling rate of the beef stew(r) = 0.054
you need the beef stew to cool to a serving temperature(F) of 1008°F
To calculate How long (in minutes) will it take to cool the beef stew to a serving temperature of 1008°F we use the equation:
Substituting values:
taking natural log of both side
Therefore it would take about 30 minutes to cool the beef stew to a serving temperature of 1008F
I forgot the answer but I read it early
Measuring things lets us understand the world
A gravitational field is the field generated by a massive body, that extends into the entire space. Every object with mass m experiences a force F when immersed in a gravitational field. The intensity of the force is equal to
where
is the gravitational constant, M is the mass of the source of the field (e.g. the mass of a planet), and r is the distance between the object and the source of the field. The force is always attractive.
A possible way to measure the intensity of a gravitational field is by measuring the acceleration a of the object immersed in this field. In fact, for Newton's second law we have:
but since
we can write
Therefore, by measuring the acceleration of the object, we also measure the intensity of the field.
