*MATLAB*

The specific angular momentum vector h of a satellite ir given by the expression:

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2. The specific angular momentum vector of a satellite is given by the expression where r is the position vector of the satellite, product operator is the velocity vector of the satellite, and (in this context) is the cross Adifferent satel(from the satelite in Problem 1) has a radius vector 1150 9700 -2400 km and y -6.49 -1.28 1.65] km/s. 9700-2400- A different satellite (from the satellite in Problem 1) has a radius vector--[1150 v=I-6.49-1.28 1.65 km/s. km and Disregarding what the specific coordinate system in this problem represents, calculate the specific angular momentum vector h of this satellite, printing the result with a label and unit all on one line. Note: Remember that the transpose operation () interchanges the rows and the columns of a vector, matrix, or array; taking the transpose of a row vector, for example, transforms that vector into a column vector. Printing matrices as a row vector but with the notation "transpose" is a common publisher's technique of conserving space on a digital or physical page