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how many potential positive, integer base 10 values can be stored by a 7-bit binary number?...
4.4 Find the range of values that can be represented using a 10-bit binary number. Also, how many different values can you represent using a 10-bit binary number?
1. A 32-bit number stored in memory is 0x1234567. A) If this number represent an integer what is its value base 10? B) If this number represents an IEEE single precision floating point number what is its value base 10?
What is the maximum positive decimal value that can be represented in 32 bit signed binary integer notation?
please include only the digits of the appropriate number system. In particular, do not precede the answers with ‘0x’ or ‘0b’ or follow your answers with base indicators, like subscript 2 or 10. 1. A processor uses 24 bits for its memory addressing. How many possible distinct locations (in decimal) can the computer address? The computer memory address locations are numbered from 0 to the maximum. If a memory locations' address is (7243)10, how is this address represented in binary...
6. An 8-bit shift register has the binary equivalent of the decimal number 46 stored in it What are the base-10 equivalent contents of the register after the following operations have been performed? For each case, assume the same initial state given. [15pts] (a) SHR 1 (b) SHL 1 (c) SHR 2 (d) ROR 2 6. An 8-bit shift register has the binary equivalent of the decimal number 46 stored in it What are the base-10 equivalent contents of the...
1. Implement an algorithm to convert binary number into an integer. Binary number is represented as a string. Ex. int n = to_int("01010"); int to_int(const std::string& b) { } 2. Implement an algorithm to convert a decimal number to binary. The return type is string which holds the binary number as string. std::string to_binary(int n) { } 3. Implement a function to check if the number is positive or negative. The function should return true if number is positive. bool...
The unsigned decimal value (1,036)(base 10) is to be stored as a 16-bit word in memory. a. Show the 16-bit unsigned binary representation of (1,036)(base 10). b. Show the 4-digit unsigned hexadecimal representation of (1,036)(base 10). c. The unsigned binary value of part (a) should be stored using two bytes of a byte-addressable memory at locations 400 and 401. Specify the hexadecimal value in each byte for a “big endian” instruction set architecture. Give your answer by showing a table.
Exercise 6: How many positive integers between 1 and 10", with n 1 a positive integer, does not have 7 as a digit in their base 10 representation?
1. We can determine how many digits a positive integer has by repeatedly dividing by 10 (without keeping the remainder) until the number is less than 10, consisting of only 1 digit. We add 1 to this value for each time we divided by 10. a) Describe the algorithm in a recursive way b) Implement this recursive algorithm in C++ and test it using a main function that calls this with the values of 15, 105 and 15105. (Hint: Remember...
TRUE FALSE: Please indicate your answer with a Tor F. 1. The binary number system has a base of 8. ANS: F 2. The decimal number 7 would be written in binary as 1011. ANS: F 3. To express a number in decimal requires fewer digits than in the binary system. ANS: 4. Numbers 8 and 9 are not used in the octal number system. ANS: 5. For a base 2 number system, the weight value associated with the 3rd...