Two clocks are being tested against a standard clock located in a national laboratory. At 12:00:00 noon by the standard clock, the readings of the two clocks are :
`{:(,"Clock 1","Clock 2"),("Monday",12:00:05,10:15:06),("Tuesday",12:01:15,10:14:59),("Wednesday",11:59:08,10:15:18),("Thursday",12:01:50,10:15:07),("Friday",11:59:15,10:14:53),("Saturday",12:01:30,10:15:24),("Sunday",12:01:19,10:15:11):}`
If you are doing an experiment that requires precision time interval measurements, which of the two clocks will you prefer ?

Two clocks are being tested against a standard clock located in a national laboratory. At 12:00:00 noon by the standard clock, the readings of the two clocks are : {:(,"Clock1", "Clock 2"),("Monday",12:00:05:,10:15:06),("Tuesday",12:01:15,10:14:18),("Wednesday",11:59:08,10:15:18),("Thursday",12:01:50,10:15:07),("Friday",11:59:15,10:14:53),("Saturday",12:01:30,10:15:24),("Sunday",12:01:19,10:15:11), ("Sunday",12:01:19,10:15:11):} If you are doing an experiment that requires precision time interval measurements, which of the two clocks will you prefer? The range of variation in time of clock ?

Two clocks are being tested against a standard clock located in a national laboratory At 12 : 00 : 00 noon by standard clock, the readins of the two clocks are {:("Day","Clock - I","Clock - II"),("Monday",12:00:05,10:15:06),("Tuesday",12:01:15,10:14:59),("Wednesday",11:59:08,10:15:18),("Thursday",12:01:50,10:15:07),("Thursday",12:01:50,10:15:07),("Friday",11:59:15,10:14:53),("Saturday",12:01:30,10:15:24),("Sunday",12:01:19,10:15:11):} From the Observations carefully read the following conclusive statements. Statement I : Zero - error in clock II is much longer than zero - error in clock I. Statement II : Zero - error can always be corrected by applying necessary corrective measures Statement III : Precision of clock - I is more than precision of clock - II Statement IV : Precision of clock - II is more than precision of clock - I Pick up the correction option from the following.

Two clocks are being tested against a standard clock located in a national laboratory At 12 : 00 : 00 noon by standard clock, the readins of the two clocks are {:("Day","Clock - I","Clock - II"),("Monday",12:00:05,10:15:06),("Tuesday",12:01:15,10:14:59),("Wednesday",11:59:08,10:15:18),("Thursday",12:01:50,10:15:07),("Thursday",12:01:50,10:15:07),("Friday",11:59:15,10:14:53),("Saturday",12:01:30,10:15:24),("Sunday",12:01:19,10:15:11):} From the Observations carefully read the following conclusive statements. Statement I : Zero - error in clock II is much longer than zero - error in clock I. Statement II : Zero - error can always be corrected by applying necessary corrective measures Statement III : Precision of clock - I is more than precision of clock - II Statement IV : Precision of clock - II is more than precision of clock - I Pick up the correction option from the following.

Two clocks A and B being tested against a standard clock located in the national laboratory At 10.00 AM by the standard clock, the readings of the two clocks are shown in following table {:("Day","Clock A","Clock B"),(I^("st"),10:00:06,8:15:00),(II^("nd"),10:01:13,8:15:0.1),(III^("rd"),9:59:0.8,8:15:04),(IV^("th"),10:02:15,8:14:58),(V^("th"),9:58:10,8:15:02):} If you are doing an experiment that requires precision time interval measurements, which of the two clocks will you prefer ?

Two clocks A and B being tested against a standard clock located in the national laboratory At 10.00 AM by the standard clock, the readings of the two clocks are shown in following table {:("Day","Clock A","Clock B"),(I^("st"),10:00:06,8:15:00),(II^("nd"),10:01:13,8:15:0.1),(III^("rd"),9:59:0.8,8:15:04),(IV^("th"),10:02:15,8:14:58),(V^("th"),9:58:10,8:15:02):} If you are doing an experiment that requires precision time interval measurements, which of the two clocks will you prefer ?

Two clocks A and B being tested against a standard clock located in the national laboratory At 10.00 AM by the standard clock, the readings of the two clocks are shown in following table {:("Day","Clock A","Clock B"),(I^("st"),10:00:06,8:15:00),(II^("nd"),10:01:13,8:15:0.1),(III^("rd"),9:59:0.8,8:15:04),(IV^("th"),10:02:15,8:14:58),(V^("th"),9:58:10,8:15:02):} If you are doing an experiment that requires precision time interval measurements, which of the two clocks will you prefer ?

Two clocks are being tested against a standard clock located in a national laboratory .At 12:00:00 noon by the standard clock, the readings of the two clocks are {:(,"Day 1","Day 2","Day 3","Day 4" , "Day 5"),("Clock 1",12:00:04,12:02:19,12:01:50,11:59:04,11:59:08),("Clock 2",11:15:24,11:15:01,11:14:59,11:15:00,11:14:58):} Which of the two clocks will you prefer to measure the time intervals during an experiment ?