Understanding Space Physiology: The T-Bone Experiment

How much bone mass can astronauts lose in space each month?

• About 1%

• Less than 0.5%

• Up to 2%

• Up to 1.5%

Who is leading the T-Bone experiment?

• Dr. Emily White

• Dr. John Smith

• Dr. Tim Peake

• Dr. Stephen Boyd

What is the main goal of the T-Bone experiment?

• To improve space suits

• To test new space foods

• To study the effects of solar radiation

• To study changes in bone mass and strength in astronauts

What aspects of bone health are being studied in the T-Bone experiment?

• Density and flexibility

• Mineral content and porosity

• Growth and repair rate

• Mass, structure, and strength

What technology is used in the T-Bone experiment to study bones?

• X-ray

• Ultrasound

• 3D imaging technology

• MRI scans

What does the T-Bone experiment use to analyze bones?

• Traditional X-rays

• New 3D imaging technology

• Blood tests

• Physical examinations

How many astronauts are participating in the T-Bone experiment?

• Fifteen

• Five

• Twenty

• Ten

How does microgravity affect astronauts' skeletons?

• It strengthens the bones

• It has no effect

• It makes bones grow faster

• Similarly to aging on Earth

What could the T-Bone experiment help identify?

• New galaxies

• People susceptible to bone loss

• New types of muscles

• Alien life forms

Why is the T-Bone experiment significant for people on Earth?

• It increases internet speed

• It discovers new planets

• It helps understand accelerated aging

• It improves space travel technology