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If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2?
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If true value of acceleration due to gravity is 980cm / (s ^ 2) then t...
Introduction:
The true value of acceleration due to gravity is given as 980 cm/(s^2). In order to determine the most accurate reading, we need to compare it with the given options and choose the one that is closest to the true value.
Options:
Let's evaluate each option and determine its accuracy:
1. 964 cm/(s^2):
This option is lower than the true value. It underestimates the actual acceleration due to gravity and is therefore less accurate.
2. 988 cm/(s^2):
This option is higher than the true value. It overestimates the actual acceleration due to gravity and is therefore less accurate.
3. 962.45 cm/(s^2):
This option is closer to the true value compared to the previous two options. However, it is still lower than the true value and therefore not the most accurate reading.
4. 970 cm/(s^2):
This option is the closest to the true value of 980 cm/(s^2). It is only 10 cm/(s^2) higher than the true value, which is a relatively small difference. Therefore, this is the most accurate reading among the given options.
Conclusion:
Among the given options, the reading of 970 cm/(s^2) is the most accurate. It is only 10 cm/(s^2) higher than the true value of 980 cm/(s^2), making it the closest approximation.
The true value of acceleration due to gravity is given as 980 cm/(s^2). In order to determine the most accurate reading, we need to compare it with the given options and choose the one that is closest to the true value.
Options:
Let's evaluate each option and determine its accuracy:
1. 964 cm/(s^2):
This option is lower than the true value. It underestimates the actual acceleration due to gravity and is therefore less accurate.
2. 988 cm/(s^2):
This option is higher than the true value. It overestimates the actual acceleration due to gravity and is therefore less accurate.
3. 962.45 cm/(s^2):
This option is closer to the true value compared to the previous two options. However, it is still lower than the true value and therefore not the most accurate reading.
4. 970 cm/(s^2):
This option is the closest to the true value of 980 cm/(s^2). It is only 10 cm/(s^2) higher than the true value, which is a relatively small difference. Therefore, this is the most accurate reading among the given options.
Conclusion:
Among the given options, the reading of 970 cm/(s^2) is the most accurate. It is only 10 cm/(s^2) higher than the true value of 980 cm/(s^2), making it the closest approximation.
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If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2?
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If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2?.
If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If true value of acceleration due to gravity is 980cm / (s ^ 2) then the most accurate reading will be 964cm / (s ^ 2) 988cm / (s ^ 2) 962.45cm / (s ^ 2) 970cm/s2?.
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