Chapter 8: Problem 17
To define a two-dimensional array, _________ size declarators are required.
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Look at the following array definition. int numbers \([5]=\\{1,2,3\\}\) A) What value is stored in numbers [ \(2]\) ? B) What value is stored in numbers [ \(4]\) ?
C++ has no array _________ checking, which means you can inadvertently store data past the end of an array.
Given the following array definition: \\[\text { int values }[5]=\\{4,7,6,8,2\\}\\] What does the following statement display? \\[\begin{aligned} \text { cout } &<<\text { values }[4]<<\text { " } \quad "<<(\text { values }[2]+\text { values }[3]) \\ &<<\quad \text { " } \quad<<++\text { values }[1]<<\text { endl } \end{aligned}\\]
Assume that array 1 and array 2 are both 25 -element integer arrays. Indicate whether each of the following statements is legal or illegal. A) arrayl \(=\) array 2 B) cout \(<<\) array 1 C) \(\operatorname{cin} \quad>>\) array 2
Use the following car structure declaration to answer. struct Car string make, model ; int year ; double cost ; / / Constructors \(\operatorname{car}()\) \(\\{\text { make }=\text { model }=" " ; \text { year }=\operatorname{cost}=0 ; \\}\) Car (string mk, string md, int yr, double \(\\{\text { make }=\mathrm{mk} ; \text { model }=\mathrm{md} ; \text { year }=\mathrm{yr} ; \text { cost }=\mathrm{c} ;\\}\) Define an array named forsale that holds 35 car structures. Initialize the first three elements with the following data: $$\begin{array}{llcc} \text { Make } & \text { Model } & \text { Year } & \text { cost } \\ \text { Ford } & \text { Taurus } & 2006 & \$ 21,000 \\ \text { Honda } & \text { Accord } & 2004 & \$ 11,000 \\ \text { Jeep } & \text { Wrangler } & 2007 & \$ 24,000 \end{array}$$
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