Write the definition of a function minMax that has five parameters. The first three parameters are integers. The last two are set by the function to the largest and smallest of the values of the first three parameters. The function does not return a value. The function can be used as follows: int a=31, b=5, c=19 big, small; minMax(a,b,c,&big,&small); /* big is now 31 */ /* small is now 5 */

C++

LANGUAGE: C++ CHALLENGE: Write the definition of a function minMax that has five parameters. The first three parameters are integers. The last two are set by the function to the largest and smallest of the values of the first three parameters. The function does not return a value. The function can be used as follows:…

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Write the definition of a function divide that takes four arguments and returns no value. The first two arguments are of type int. The last two arguments arguments are pointers to int and are set by the function to the quotient and remainder of dividing the first argument by the second argument . The function does not return a value. The function can be used as follows: int numerator=42, denominator=5, quotient, remainder; divide(numerator,denominator,&quotient,&remainder); /* quotient is now 8 */ /* remainder is now 2 */

C++

LANGUAGE: C++ CHALLENGE: Write the definition of a function divide that takes four arguments and returns no value. The first two arguments are of type int. The last two arguments arguments are pointers to int and are set by the function to the quotient and remainder of dividing the first argument by the second argument…

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Assume that strikeCounter has already been declared to be a “pointer to int “. Assume further that strikeCounter has been initialized — its value is the address of some int variable. Write a statement that adds 22 to the value of the variable that strikeCounter is pointing to.

C++

LANGUAGE: C++ CHALLENGE: Assume that strikeCounter has already been declared to be a “pointer to int “. Assume further that strikeCounter has been initialized — its value is the address of some int variable. Write a statement that adds 22 to the value of the variable that strikeCounter is pointing to.

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Assume that strikeCounter has already been declared to be a “pointer to int”. Assume further that strikeCounter has been initialized — its value is the address of some int variable. Write a statement that assigns the value 27 to the variable that strikeCounter is pointing to.

C++

LANGUAGE: C++ CHALLENGE: Assume that strikeCounter has already been declared to be a “pointer to int “. Assume further that strikeCounter has been initialized — its value is the address of some int variable. Write a statement that assigns the value 27 to the variable that strikeCounter is pointing to.

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Assume that strikeCounter has already been declared to be a “pointer to int”. Assume further that strikeCounter has been initialized — its value is the address of some int variable. Write an expression whose value is four (4) times the value of the variable that strikeCounter is pointing to.

C++

LANGUAGE: C++ CHALLENGE: Assume that strikeCounter has already been declared to be a “pointer to int “. Assume further that strikeCounter has been initialized — its value is the address of some int variable. Write an expression whose value is four (4) times the value of the variable that strikeCounter is pointing to.

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Assume that ip1, ip2, and ip3 have already been declared to be of type “pointer to int”. Assume further that each of these pointer variables have been initialized — each points to some int variable. Write a statement that computes the sum of the variables that ip1and ip2 point to, and assigns that value (the sum) to the variable that ip3 points to.

C++

LANGUAGE: C++ CHALLENGE: Assume that ip1, ip2, and ip3 have already been declared to be of type “pointer to int “. Assume further that each of these pointer variables have been initialized — each points to some int variable. Write a statement that computes the sum of the variables that ip1and ip2 point to, and…

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Assume that an int variable counter has already been declared. Assume further a variable counterPointer of type “pointer to int ” has also already been declared. Write a statement that makes counterPointer “point” to counter.

C++

LANGUAGE: C++ CHALLENGE: Assume that an int variable counter has already been declared. Assume further a variable counterPointer of type “pointer to int ” has also already been declared. Write a statement that makes counterPointer “point” to counter.

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Assume that an int variable diff has already been declared. Assume further a variable diffPointer of type “pointer to int ” has also already been declared. Write a statement that assigns the address of diff to diffPointer.

C++

LANGUAGE: C++ CHALLENGE: Assume that an int variable diff has already been declared. Assume further a variable diffPointer of type “pointer to int ” has also already been declared. Write a statement that assigns the address of diff to diffPointer.

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