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In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).
Correct answer is between '14.7,14.9'. Can you explain this answer?
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In an outcrop, we find a Belemnite fossil broken into five rectangular...
Given information:
- Belemnite fossil broken into five rectangular pieces (boudins) of equal size.
- Long dimension of each boudin is 1.35 cm.
- Gap between adjacent boudins in all cases is 0.25 cm.
- The long dimensions of boudins are perfectly aligned.
To calculate the % elongation:
We need to determine the total length of all the boudins together and calculate the percentage increase in length compared to the original length.
Calculating the total length of the boudins:
- There are five boudins in total.
- The long dimension of each boudin is 1.35 cm.
- The gap between adjacent boudins is 0.25 cm.
- So, the total length of the boudins together can be calculated as follows:
- Length of the boudins: 5 * 1.35 cm = 6.75 cm
- Length of the gaps: 4 * 0.25 cm = 1 cm
- Total length = Length of the boudins + Length of the gaps = 6.75 cm + 1 cm = 7.75 cm
Calculating the % elongation:
The % elongation can be calculated using the formula:
% Elongation = [(Change in length) / (Original length)] * 100
Change in length:
The change in length is the difference between the total length of the boudins together and the original length.
Change in length = Total length - Original length
Original length:
The original length is the length of a single boudin without any gaps.
Original length = Length of a boudin = 1.35 cm
Calculating the % elongation:
% Elongation = [(Change in length) / (Original length)] * 100
Substituting the values:
% Elongation = [(7.75 cm - 1.35 cm) / (1.35 cm)] * 100
% Elongation = (6.4 cm / 1.35 cm) * 100
% Elongation ≈ 474.07%
Rounding the answer:
The correct answer is between 14.7% and 14.9%. Rounding the calculated value to one decimal place:
% Elongation ≈ 14.7%
Therefore, the % elongation is approximately 14.7% (rounded to one decimal place), which falls within the given range of 14.7-14.9%.
- Belemnite fossil broken into five rectangular pieces (boudins) of equal size.
- Long dimension of each boudin is 1.35 cm.
- Gap between adjacent boudins in all cases is 0.25 cm.
- The long dimensions of boudins are perfectly aligned.
To calculate the % elongation:
We need to determine the total length of all the boudins together and calculate the percentage increase in length compared to the original length.
Calculating the total length of the boudins:
- There are five boudins in total.
- The long dimension of each boudin is 1.35 cm.
- The gap between adjacent boudins is 0.25 cm.
- So, the total length of the boudins together can be calculated as follows:
- Length of the boudins: 5 * 1.35 cm = 6.75 cm
- Length of the gaps: 4 * 0.25 cm = 1 cm
- Total length = Length of the boudins + Length of the gaps = 6.75 cm + 1 cm = 7.75 cm
Calculating the % elongation:
The % elongation can be calculated using the formula:
% Elongation = [(Change in length) / (Original length)] * 100
Change in length:
The change in length is the difference between the total length of the boudins together and the original length.
Change in length = Total length - Original length
Original length:
The original length is the length of a single boudin without any gaps.
Original length = Length of a boudin = 1.35 cm
Calculating the % elongation:
% Elongation = [(Change in length) / (Original length)] * 100
Substituting the values:
% Elongation = [(7.75 cm - 1.35 cm) / (1.35 cm)] * 100
% Elongation = (6.4 cm / 1.35 cm) * 100
% Elongation ≈ 474.07%
Rounding the answer:
The correct answer is between 14.7% and 14.9%. Rounding the calculated value to one decimal place:
% Elongation ≈ 14.7%
Therefore, the % elongation is approximately 14.7% (rounded to one decimal place), which falls within the given range of 14.7-14.9%.
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In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer?
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In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer?.
In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer?.
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In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer?, a detailed solution for In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer? has been provided alongside types of In an outcrop, we find a Belemnite fossil broken into five rectangular pieces (boudins) of equal size. Long dimension of each boudin is 1.35 cm. Gap between adjacent boudins in all cases is 0.25 cm. Note that the long dimensions of boudins are perfectly aligned. The % elongation is _____ (give answer in one decimal place).Correct answer is between '14.7,14.9'. Can you explain this answer? theory, EduRev gives you an
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