Here, we want to simplify the given expression
We shall use the order of simplification for this
The order is PEDMAS
We shall start with the terms in parentheses before we move to the exponents
We have;
Next is the exponent
The next thing to do is to divide
The next thing to do is to multiply
We then proceed to subtract;
(-x, -y, -z) the vector form (x, y, z) to the origin, in the direction of the greatest increase.
<h3>How to calculate temperature?</h3>The quantity or amount of radiation contained in material or item, as measured by a temperature or sensed by touch and stated on a numerical scale.
The temperature T of a ball bearing is inverse to the length first from the origin, which we consider to be the center of the ball. The temperature at the exact location
(x, y, z) is a point on the sphere, the temperature at this point is given by
Where k is constant, then we have
T(1, 2, 2) = k/3 = 170
k = 510
So
Then we have
Then the direction will be from (1, 2, 2) to (4, 3, 5) will be (3, 1, 3)
So u = (3/√19, 1/√19, 3/√19)
Then we get
The direction of the greatest inverse in the temperature is given by any vector parallel to and having the same direction T. (-x, -y, -z) the vector form (x, y, z) to the origin, in the direction of the greatest increase.
More about the temperature link is given below.
#SPJ4