To solve this problem it is necessary to apply the concepts related to heat exchange in the vegetable and water.
By definition the exchange of heat is given by

where,
m = mass
c = specific heat
= Change in temperature
Therefore the total heat exchange is given as


Our values are given as,
Total mass is
= 200lb ,however the mass of solid vegetable and water is given as,



Replacing at our equation we have,



Therefore the heat removed is 22411.2 Btu
You must find the component of the force before calculating
Answer:
Displacement = 
Magnitude of displacement = 13.89 units
Angle of displacement = 30.26°
Explanation:
Mark the co-ordinates of each of the end points of the vectors.
The marked co-ordinates are shown below.
Displacement is the shortest distance between two points. Here, displacement between the starting and end points is the vector
.
Displacement vector for a point A
from origin O is given as:

Magnitude is given as:

Direction of the vector is given as:

Therefore, displacement vector is:

Magnitude of displacement is given as:

Angle of displacement is:

°
Answer:
43.83
N
Explanation:
Given that,
The mass of an object, m = 34.4 kg
The coefficients of static and kinetic frictions for plastic on wood are 0.53 and 0.40, respectively.
The force of static friction,

The force of kinetic friction,

Net force acting on the object is :
F = 178.67-134.84
= 43.83 N
Hence, this is the required solution.
Answer:
E = 600 J
Explanation:
The power is
P = W / t = E / t
E = P t
The electrical power is
P = V I
We substitute
E = V I t
Let's calculate
E = 12 50 1
E = 600 J
This is the energy stored in the battery