Answer:
The dryer evaporate 200 - 24.74 kg of water per hour
To remove 1kg of water it need 3000 K J
So to remove, 175.26 Kg
it need 5.257x 
KJ of heat per hour.
Explanation:
In one hour, the amount of sugar entering = 1000 kg
w.b moisture content is defined as,
weight of water / weight of water + weight of dry
/ + 
x 100
+ = 1000 kg when entering
it has 20% moisture content when entering
= 0.2 x 1000 = 200 kg
when leaving it has 3% moisture content then weight of dry material
= 1000 - 200 = 800 Kg
= 0.03
= 0.03
= 0.03 x + 0.03 x 800
= 24.74 kg
When leaving the dryer, the crystals has total weight of the water = 24.74 kg per hour.
The dryer evaporate 200 - 24.74 kg of water per hour
To remove 1kg of water it need 3000 K J
So to remove, 175.26 Kg
it need 5.257x KJ of heat per hour.
The correct matches are as follows:
<span>1. measure of disorder
</span>entropy<span>
2. the study of energy conversions
</span>thermodynamics
<span>
3. conservation of energy when heat is added
</span>second law of thermodynamics
<span>
4. disorder increasing
</span>the kinetic and potential energy of the molecules of a substance
<span>
5. reaching a state of total disorder
</span>maximum entropy <span>
6. internal energy
first law of thermodynamics</span>
Answer:
This is the equation for elastic potential energy, where U is potential energy, x is the displacement of the end of the spring, and k is the spring constant.
U = (1/2)kx^2
U = (1/2)(5.3)(3.62-2.60)^2
U = 2.75706 J
Read more on Brainstorm - httpd://brainstorm/question/7981441#read more
Explanation:
Answer a) is incorrect as sound does not travel in a vacuum.
Explanation:
F net = 2+6-4 ( 2 and 6 N are in same direction so they get added, 4N in opposite direction so it will be subtracted)
F net=4 N
