The contour map shows the average maximum temperature for November 2004 (in ). Estimate the value of the directional derivative of this temperature function at Dubbo, New South Wales, in the direction of Sydney. What are the units

-0.017°c/km

Step-by-step explanation:

for the contour provided , to estimate the value of directional derivative of this temperature function at Dubbo, New South Wales in the direction of sydney.

to also find the units,

it is posible to find the directional derivative for the temperature by calculating the rate of change of temperature on an average. This is found in between  points at which a straight line  can be drawn in between cities that crosess the zone temperature.

to find the direction of sydney, the change in temperature is from 30 to 24 degrees. from the scale  that is there, the distance between the  two cities are 350km

thus,

24 -30/350

= -0.017deg/km

therefore the required value is -0.017°c/km

the size of the resulting matrix is 1-by-3.

step-by-step explanation:

the size of the two matrices given are as follows:

no .of rows of matrix 1 = 1

no .of columns of matrix 1 = 3

no .of rows of matrix 1 = 3

no .of columns of matrix 1 = 3

to find the size of the resulting matrix without actually solving the multiplication of the matrix, this is what you do:

if resulting matrix = matrix 1 * matrix 2

no. of rows of the resulting matrix = number of rows of matrix 1

no. of columns of resulting matrix = number of columns of matrix 2

note: the order of the matrices matter!

the correct answer is d

hope this