Question

Given char name[80] = ...; char* p = name; To check if the first and the last character in name are equal we use a. *\*p == *(p+strlen(name) - 1); b. name[0] == p[strlen(name)]; c. p == p+strlen(name) - 1; d. *p == p[strlen(name) - 1];

          Given
char name[80] = ...;
char* p = name;
To check if the first and the last character in name are equal we use
a. *\*p == *(p+strlen(name) - 1);
b. name[0] == p[strlen(name)];
c. p == p+strlen(name) - 1;
d. *p == p[strlen(name) - 1];
        
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Given
char name[80] = ...;
char* p = name;
To check if the first and the last character in name are equal we use
a. *p == *(p+strlen(name) - 1);
b. name[0] == p[strlen(name)];
c. p == p+strlen(name) - 1;
d. *p == p[strlen(name) - 1];

Added by Jessica L.

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Computer Science and Information Technology
Computer Science and Information Technology
Trishna Knowledge Systems 2018 Edition
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Given char name[80] = "dots"; char* p = name; To check if the first and the last character in name are equal we use a. strlen(name) Given char name[80], char* p = name; To check if the first and the last character in name are equal we use a. *p = *(p + strlen(name) - 1); b. name[0] == p[strlen(name) - 1]; c. p == p + strlen(name) - 1; d. *p == p[strlen(name) - 1];
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Transcript

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00:01 So i'm going to design an algorithm to check if two strings are equal.
00:05 I'll start by defining the function equal that takes s1 in s2 as parameters.
00:16 Then the first step is to check if these two strings are of the same length, because if they are of different lengths, that means they're not equal.
00:24 So if length s1 is different from length of s2, then we can say they're not equal.
00:37 So return not equal...
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