Space travel and health Reading Answers

Space travel and health reading answers are listed in tabular form. They are taken from the Academic (AC) reading section of the IELTS exam. Check your responses to make sure they are accurate and to look for any mistakes.

1. x	5. vi	9. Not Given	13. Communication with patients
2. ix	6. (On/From) Mars	10. No	14. Filter contaminated water
3. vii	7. They become thinner	11. Not Given
4. i	8. yes	12. No

To improve your skills for the IELTS Reading test refer Space travel and health reading answers. Focus more on the keywords from the question and make sure your knowledge of synonyms is exceptional. By attempting the reading test, you can identify your strengths and weaknesses.

Skimming and scanning will help to improve your speed and will help you with time management.The section of answers with explanations will help you to find the correct location of the answers.The practice test of Space travel and health reading answers includes three types IELTS reading question types.

• IELTS Reading Yes/No/Not given
• IELTS Reading List of headings
• IELTS Reading Sentence completion

Check out our YouTube Channel to Practice Full-Length IELTS Reading Tests Daily

 

IELTS Reading Passage: Space travel and health

These are 13 questions based on the information provided; you should set aside 20 minutes to complete them. Space travel and health reading answers with locations are accessible for review once the test has been completed.

Space travel and health

A. Both in the United States and Europe, space biomedicine is a relatively new field of study. Its primary goals are to investigate how space travel affects the human body, pinpoint the most pressing medical issues, and come up with solutions for those issues. NASA and/or the European Space Agency are providing more direct funding to space biomedicine centres. (ESA).

B. NASA and the ESA's involvement reflects a growing concern that human endurance limits rather than engineering limitations are limiting the viability of travel to other planets and beyond. For example, the discovery of ice on Mars eliminates the need to design and build a spacecraft that is both large and powerful enough to transport the enormous quantities of water required to keep the crew alive during journeys that could last for many years. However, without the proper safeguards and medical care, the relentlessly hostile environment of space would wreak havoc on their bodies.

C. In many cases, the most noticeable physical changes people experience in zero gravity are harmless or even amusing. Because Earth's gravity no longer pulls blood and other bodily fluids downward toward the feet, they accumulate higher up in the body, resulting in what is sometimes referred to as a "fat face" and the contrasting "chicken legs" syndrome as the lower limbs become thinner.

D. The unobserved effects following months or years in space are much more severe. Without gravity, the body doesn't need a strong skeleton to support it, which causes the bones to deteriorate and release calcium into the bloodstream. The kidneys may become overloaded by the extra calcium, which ultimately results in renal failure. Muscles also lose strength from inactivity. The lungs lose their ability to fully expand while the heart gets smaller, losing the ability to pump oxygenated blood to every part of the body. The immune system weakens, the digestive system becomes less effective, and high levels of solar and cosmic radiation can result in different types of cancer.

E. To make matters worse, in the event of an accident or serious illness, a variety of medical challenges may present themselves to the patient while they are millions of kilometres away from Earth. Simply put, the equipment from a hospital's casualty unit cannot be transported inside a spacecraft because there is not enough room for it, and some of it would not function properly in space anyway. Even simple things like a drip rely on gravity to work, whereas standard resuscitation techniques fail if enough weight is not applied. The only option appears to be to develop incredibly tiny medical tools and "smart" gadgets that can, for instance, use ultrasound to identify and treat internal injuries. The price of creating and manufacturing this type of equipment is inevitably astronomical.

F. Given these factors, some have questioned the morality of spending enormous sums of money to aid a small group of individuals who are willingly risking their health in space when there is a great need for assistance much closer to home. However, it is now obvious that every issue with space travel has an equivalent issue on Earth that will gain from the knowledge amassed and the expertise honed through space biomedical research. For instance, the difficulty of treating astronauts in space has accelerated the field of telemedicine's development, allowing surgeons to communicate with patients in inhospitable locations around the world. Another illustration: Systems developed to purify waste water on spacecraft could be used by rescue personnel to filter contaminated water at the scene of earthquakes and floods. Similar to how tiny monitoring devices that However, there is still a significant barrier to conducting studies into the effects of space travel: how to do so without incurring the astronomical costs of working in space. Working underwater is a tried-and-true method to simulate conditions in zero gravity, but the space biomedicine centres are also considering other approaches. In one experiment, scientists look at the deterioration of bones brought on by extended inactivity. This would require volunteers to spend three months in bed, but the centre in question is confident that it shouldn't be too difficult to find volunteers willing to spend a month lying down.Of course, AII was done in the name of science.were created to reduce weight in spacecraft will eventually become monitors that patients on Earth can wear comfortably wherever they go.

G. However, there is still a significant barrier to conducting studies into the effects of space travel: how to do so without incurring the astronomical costs of working in space. Working underwater is a tried-and-true method to simulate conditions in zero gravity, but the space biomedicine centres are also considering other approaches. In one experiment, scientists look at the deterioration of bones brought on by extended inactivity. This would require volunteers to spend three months in bed, but the centre in question is confident that it shouldn't be too difficult to find volunteers willing to spend a month lying down. Of course, AII was done in the name of science.

Space travel and health IELTS Reading Questions

Read the instructions and answer the questions. Check the space and travel reading answers with location after answering the questions.

Questions 1 - 3

Do the following statements agree with the writer’s views in the Reading Passage? Write:

YES if the statement agrees with the views of the writer
NO, if the state does not agree with the views of the writer
NOT GIVEN if there is no information about this in the passage

1. The obstacles to going far into space are now medical, not technological.

2.  Astronauts cannot survive more than two years in space.

3.  It is morally wrong to spend so much money on space biomedicine.

4.  Some kinds of surgery are more successful when performed in space.

5.  Space biomedical research can only be done in space.

Click to know more about IELTS reading Yes/No/Not given

Questions     6-10

Reading Passage 1 has seven paragraphs A-G. Choose the correct heading for paragraphs B-E and G from the list of headings below. Write the correct member (i-x) in boxes 6 —10 on your answer sheet.
 
List of Headings

i. The issue of handling emergencies in space

ii. How space biomedicine can benefit patients here on Earth (ii)

iii. The reason accidents happen so frequently in space

iv. What is biomedicine in space?

v. Astronauts' mental health issues

vi. conducting on-planet biomedical research in space

vii. The internal harm that space travel does to the human body

viii. The history of space medicine

ix. The physical repercussions of space travel on the human body, item

x. The current need for space biomedicine

Example:  Paragraph A Answer iv

6.   Paragraph B

7.   Paragraph C

8.   Paragraph D

9.   Paragraph E

Example: Paragraph F Answer ii

10.   Paragraph G

Click to know more about IELTS reading Matching heading questions

Questions 11-13

Answer the questions below using NO MORE THAN THREE WORDS for each answer.

11. The space travellers can find water in ________ apart from Earth.

12. The legs become ___________ while in space travel.

13. Telemedicine treating astronauts _________ in remote areas.

Click to know more about IELTS reading Sentence completion

Space travel and health Reading answers with Explanation

Space travel and health Reading answers with explanations can help you correct errors and identify the information needed for your answer.

(Note: The text in italics from the reading passage shows the location from where the answer is taken or inferred.) 

Solution for 1: Yes

Explanation: In the second and third lines of paragraph A, “Its primary goals are to investigate how space travel affects the human body, pinpoint the most pressing medical issues, and come up with solutions for those issues”.

Solution for 2: Not given

Explanation:  —

Solution for 3: No

Explanation: In the first three lines of paragraph F, “Given these factors, some have questioned the morality of spending enormous sums of money to aid a small group of individuals who are willingly risking their health in space when there is a great need for assistance much closer to home”.

Solution for 4: Not given

Explanation:  —

Solution for 5: No

Explanation: In the first four lines of paragraph G, “However, there is still a significant barrier to conducting studies into the effects of space travel: how to do so without incurring the astronomical costs of working in space. Working underwater is a tried-and-true method to simulate conditions in zero gravity, but the space biomedicine centres are also considering other approaches”.

Solution for 6: x

Explanation: In the entire paragraph B, “NASA and the ESA's involvement reflects a growing concern that human endurance limits rather than engineering limitations are limiting the viability of travel to other planets and beyond. For example, the discovery of ice on Mars eliminates the need to design and build a spacecraft that is both large and powerful enough to transport the enormous quantities of water required to keep the crew alive during journeys that could last for many years. However, without the proper safeguards and medical care, the relentlessly hostile environment of space would wreak havoc on their bodies”.

Solution for 7: ix

Explanation: In the entire paragraph C, “In many cases, the most noticeable physical changes people experience in zero gravity are harmless or even amusing. Because Earth's gravity no longer pulls blood and other bodily fluids downward toward the feet, they accumulate higher up in the body, resulting in what is sometimes referred to as a "fat face" and the contrasting "chicken legs" syndrome as the lower limbs become thinner”.

Solution for 8: vii

Explanation: In the first four lines and last three lines of paragraph D, “The unobserved effects following months or years in space are much more severe. Without gravity, the body doesn't need a strong skeleton to support it, which causes the bones to deteriorate and release calcium into the bloodstream”. And “The lungs lose their ability to fully expand while the heart gets smaller, losing the ability to pump oxygenated blood to every part of the body. The immune system weakens, the digestive system becomes less effective, and high levels of solar and cosmic radiation can result in different types of cancer”.

Solution for 9:  i

Explanation: In the first few lines of paragraph E, “To make matters worse, in the event of an accident or serious illness, a variety of medical challenges may present themselves to the patient while they are millions of kilometres away from Earth. Simply put, the equipment from a hospital's casualty unit cannot be transported inside a spacecraft because there is not enough room for it, and some of it would not function properly in space anyway”.

Solution for 10: vi

Explanation: In the entire paragraph G, “However, there is still a significant barrier to conducting studies into the effects of space travel: how to do so without incurring the astronomical costs of working in space. Working underwater is a tried-and-true method to simulate conditions in zero gravity, but the space biomedicine centres are also considering other approaches. In one experiment, scientists look at the deterioration of bones brought on by extended inactivity. This would require volunteers to spend three months in bed, but the centre in question is confident that it shouldn't be too difficult to find volunteers willing to spend a month lying down. Of course, AII was done in the name of science”.

Solution for 11: Mars

Explanation: In the third line of paragraph B, “For example, the discovery of ice on Mars eliminates the need to design and build a”.

Solution for 12: They become thinner

Explanation: In the last line of paragraph C, “the lower limbs become thinner”.

Solution for 13: Communication with patients

Explanation: In the seventh and eighth lines of paragraph F, “accelerated the field of telemedicine's development, allowing surgeons to communicate with patients in inhospitable locations around the world”.

Check the other reading passages

• Painters of time reading answers
• UK companies need reading answers
• It's your choice or is it really reading answers

Conclusion

The article "Space travel and health Reading Answers" is an excellent IELTS reading resource. You can use the materials and sample tests available at this website. Make sure to check the other reading answers. .