The number of bytes occupied by a specific data type depends on the implementation. In general, the double data type is eight bytes long, but you can check it using sizeof(double). In 16-bit,32-bit compilers double size is
8 bytes.It looks like float because it stores scientific and financial like big float values.
Data-type (short for integer).
If two numbers are involved in a calculation (in this case a multiplication), the result is converted to the more precise data type, to avoid data loss. Even though between long and double data can be lost in either direction, a number with decimals (such as double) is generally considered to be more precise than a number without decimals (such as long). Even though languages such as Java also have a "float" data type, "double" is normally used by default in cases such as these, because of the greater precision. However, you can convert explicitly to float, if you like, using a cast. (Float uses 4 bytes, while double uses 8 bytes.)
For Microsoft SQL Server there are no numeric values that consume 3 bytes. The numeric data types, their value range, and byte consumption as we follows: Data type Range Storage bigint -2^63 (-9,223,372,036,854,775,808) to 2^63-1 (9,223,372,036,854,775,807) 8 Bytes int -2^31 (-2,147,483,648) to 2^31-1 (2,147,483,647) 4 Bytes smallint -2^15 (-32,768) to 2^15-1 (32,767) 2 Bytes tinyint 0 to 255 1 Byte
bool (lowercase, built-in type) has an unspecified size, but is typically 1 byte. When in doubt, use sizeof( <type> ) to determine the byte count of any data type.
Percentage is not a data type. A percentage of something would need a floating point data type to store it. One of the following data types. float double long double (in gcc, not sure about other compiler systems)
It all depends on the length and data type of the array...
Data-type (short for integer).
If two numbers are involved in a calculation (in this case a multiplication), the result is converted to the more precise data type, to avoid data loss. Even though between long and double data can be lost in either direction, a number with decimals (such as double) is generally considered to be more precise than a number without decimals (such as long). Even though languages such as Java also have a "float" data type, "double" is normally used by default in cases such as these, because of the greater precision. However, you can convert explicitly to float, if you like, using a cast. (Float uses 4 bytes, while double uses 8 bytes.)
integer data type consumes memory of 4 bytes or 32 bits
It specifies wat type of data is stored n memory occupied
The data type for 0.38 is double.
That depends on the programming language, and on the specific data type. Java, for example, has integers of different sizes; for example, an int uses 4 bytes, and a long uses 8 bytes. It also has shorter integer data types. Java also has different types of floating point numbers; for example, a double uses 8 bytes, and a float uses 4 bytes. Java also has classes for arbitrary-precision math (classes BigInt and BigMath); in this case, the size in memory for a number will vary, depending on the number of digits.That depends on the programming language, and on the specific data type. Java, for example, has integers of different sizes; for example, an int uses 4 bytes, and a long uses 8 bytes. It also has shorter integer data types. Java also has different types of floating point numbers; for example, a double uses 8 bytes, and a float uses 4 bytes. Java also has classes for arbitrary-precision math (classes BigInt and BigMath); in this case, the size in memory for a number will vary, depending on the number of digits.That depends on the programming language, and on the specific data type. Java, for example, has integers of different sizes; for example, an int uses 4 bytes, and a long uses 8 bytes. It also has shorter integer data types. Java also has different types of floating point numbers; for example, a double uses 8 bytes, and a float uses 4 bytes. Java also has classes for arbitrary-precision math (classes BigInt and BigMath); in this case, the size in memory for a number will vary, depending on the number of digits.That depends on the programming language, and on the specific data type. Java, for example, has integers of different sizes; for example, an int uses 4 bytes, and a long uses 8 bytes. It also has shorter integer data types. Java also has different types of floating point numbers; for example, a double uses 8 bytes, and a float uses 4 bytes. Java also has classes for arbitrary-precision math (classes BigInt and BigMath); in this case, the size in memory for a number will vary, depending on the number of digits.
yottabyte (YB)10008 bytes1,000,000,000,000,000,000,000,000 bytes
The data type 0.00 is of type literal double.
by default any float value is double
For Microsoft SQL Server there are no numeric values that consume 3 bytes. The numeric data types, their value range, and byte consumption as we follows: Data type Range Storage bigint -2^63 (-9,223,372,036,854,775,808) to 2^63-1 (9,223,372,036,854,775,807) 8 Bytes int -2^31 (-2,147,483,648) to 2^31-1 (2,147,483,647) 4 Bytes smallint -2^15 (-32,768) to 2^15-1 (32,767) 2 Bytes tinyint 0 to 255 1 Byte
bool (lowercase, built-in type) has an unspecified size, but is typically 1 byte. When in doubt, use sizeof( <type> ) to determine the byte count of any data type.