In the figure below, the numbers 1000, 2000, 3000, 4000, and 5000 represent addresses in decimal....

 

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In the figure below, the numbers 1000, 2000, 3000, 4000, and 5000 represent addresses in decimal. The w, x, y1, y2, y3, y4, and z represent values stored in 4 bytes of memory. Assume that pointers take up 4 bytes. The variable argvp is declared by: char ***argvp; Find the value of each of the following or state that it cannot be found from the given information (?). None of the answers should be w, x, y1, y2, y3, y4, or z. Instead, use their numeric values. Hint: The answer to the first question is 2000. 1) w 2) x 3) y1 4) y2 5) y3 6) y4 7) z 8) argvp 9) &argvp 10) *argvp 11) **argvp 12) ***argvp 13) argvp+1 14)*(argvp+1) 15) (*argvp)+1 16) *((*argvp)+1) 17) argvp[1] 18) (*argvp)[1] 19) *(argvp[1]) 20) argvp[1][0] 4000 mi'ne 10c1010102 t 2 5000 argvp W X yl y2 y3 y4 NULL ·o··10. 1000 2000 3000 In the figure below, the numbers 1000, 2000, 3000, 4000, and 5000 represent addresses in decimal. The w, x, y1, y2, y3, y4, and z represent values stored in 4 bytes of memory. Assume that pointers take up 4 bytes. The variable argvp is declared by: char ***argvp; Find the value of each of the following or state that it cannot be found from the given information (?). None of the answers should be w, x, y1, y2, y3, y4, or z. Instead, use their numeric values. Hint: The answer to the first question is 2000. 1) w 2) x 3) y1 4) y2 5) y3 6) y4 7) z 8) argvp 9) &argvp 10) *argvp 11) **argvp 12) ***argvp 13) argvp+1 14)*(argvp+1) 15) (*argvp)+1 16) *((*argvp)+1) 17) argvp[1] 18) (*argvp)[1] 19) *(argvp[1]) 20) argvp[1][0] 4000 mi'ne 10c1010102 t 2 5000 argvp W X yl y2 y3 y4 NULL ·o··10. 1000 2000 3000