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2.43 Express each of the following quantities as a numeric constant. (a) 7,350 (b) 12 (c) 106 (d) 2,053.18 103 2.44 Each of the following numeric constants is written incorrectly. Identify the errors. (a) 7,104 (b) + 4920 (c)
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2.665E+42
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(e) (f)
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0.00008291 9.563 1012
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(d) 0.333333333333 (e)
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VISUAL BASIC FUNDAMENTALS
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[CHAP. 2
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Each of the following items represents a string constant. Identify which, if any, are written incorrectly. (a) "July 4, 1776" (b) "2 + 5 = 7" (c)
Another game
(e) (f) (g)
"Divide "X" by 100" "One hundred twenty-nine and 73/100 dollars" "Programming with Visual Basic is lots of fun
(d) "75.50" 2.46 Identify which of the following variable names are written incorrectly. (a) xmax (b) Qbar$ (c)
Big C
(g) Answer (h) root1 (i) (j)
Str1 input3
(d) Big_C (e) 2.47
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Write a single (one-line) declaration for each of the following situations: (a) Declare x1 and x2 as single-precision real variables. (b) Declare CustomerName and Address as string variables. (c) Declare Counter as an integer variable, and Sum and Variance as double-precision real variables.
(d) Declare Factor as a named single-precision constant whose value is 0.80. (e) 2.48 2.49 Declare City as a named string constant whose value is New York .
Repeat Prob. 2.47 using variable-name suffixes rather than explicit declarations. Define a multicomponent data type called MachinePart having the following components:
Color PartNo Length Cost
(string) (long integer) (single-precision real) (single-precision real)
Then declare a variable called EnginePart of this data type. Assign the following values to the components of EnginePart: color: black; part number: 64,389; length: 88.042; cost: 22,515.87. 2.50 Write an arithmetic expression that corresponds to each of the following algebraic formulas. (a) 3x + 5 (b) i + j 2 (c) x2 + y2 (d) (x + y)2 2.51 (e) (f) (g) (h) (u + v)k 1 (4 t)1/6 t (n + 1) (x + 3)1/k
Determine the value of each of the following expressions. (a) 17 / 3 (b) 17 \ 3 (c) 17 Mod 3 (e) (f) (g) (h) 7.8 \ 1.8 7.8 Mod 1.8 7.1 / 1.3 7.1 \ 1.3 (i) (j) (k) (l) 7.1 Mod 1.3 7.1 / 1.8 7.1 \ 1.8 7.1 Mod 1.8
(d) 7.8 / 1.8
CHAP. 2]
VISUAL BASIC FUNDAMENTALS
Write a string concatenation expression to join each of the following groups of string variables and constants. (a) StrA, StrB and StrC (b) Client, Street and City, with a blank space between each string (c)
"Hello, " and StudentName
Write an assignment statement for each of the following situations. (a) Assign a value of 2.54 to the variable C. (b) Assign a value of 12 to the variable xmin. (c) Assign the value represented by the variable N to the variable Nstar.
(d) Assign the string "January 31" to the variable Date. (e) (f) Assign the string represented by the variable Str1 to the variable Tag. Assign the value represented by the expression (A ^ 2 + B ^ 2 + C ^ 2) to the variable squares.
(g) Increase the value assigned to the variable count by 0.01. (h) Assign the value represented by the expression (I + J) to the variable I. (i) (j) (k) (l) 2.54 Assign the string "PITTSBURGH, PA." to the variable City. Assign the value of the expression X / (A + B C) to the variable Ratio. Decrease the value assigned to the variable K by 2. Double the value assigned to the variable Prize.
Write an assignment statement that corresponds to each of the following algebraic equations. (a) z = (x / y) + 3 (b) z = x / (y + 3) (c) w = (u + v) / (s + t) y = (a1 a2x + a3x 2 a4x 3 + a5x 4) / (c1 c2x + c3x 2 c4x 3) P = Ai (1 + i)n / [ (1 + i)n 1 ] (d) f = [2ab / (c + 1) t / (3(p + q))] 1/3 (e) (f)
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