Instructions: In this task you are given data in tabular format and a question. Write an **incorrect** ansswer to this question based on the information in the table.
Input: Table: ['Number', 'Serial No', 'Entered Service', 'Withdrawn', 'Kilometres Travelled']. ['4101', '1000', '1 Dec 1953', '6 Jun 1973', '463,514']. ['4102', '1002', '30 Oct 1953', '30 Jun 1975', '492,650']. ['4103', '1003', '18 Jan 1954', '2 Apr 1974', '462,871']. ['4104', '1004', '13 Jan 1954', '12 Oct 1973', '440,810']. ['4105', '1005', '8 Feb 1954', '?', '?']. ['4106', '1006', '21 Jan 1954', '4 Aug 1972', '406,288']. ['4107', '1007', '25 Jan 1954', '11 Aug 1973', '446,167']. ['4108', '1008', '22 Feb 1954', '20 Dec 1967', '402,026']. ['4109', '1009', '11 Mar 1954', '9 Feb 1972', '426,074']. ['4110', '1010', '10 Feb 1955', '20 May 1974', '476,489']. Question:what are the listed numbers of kilometres travelled?
Output:
High-efficiency air source heat pump (ASHP), air at -20 degC
Two-stage ASHP, air at -20 degC
High efficiency ASHP, air at 0 degC
Prototype transcritical CO 2 (R744) heat pump with tripartite gas cooler, source at 0 degC
Ground source heat pump (GSHP), water at 0 degC
GSHP, ground at 10 degC
Theoretical Carnot cycle limit, source -20 degC
Theoretical Carnot cycle limit, source 0 degC
Theoretical Lorentzen cycle limit (CO 2 pump), return fluid 25 degC, source 0 degC
Theoretical Carnot cycle limit, source 10 degC