Sport Skeleton

Question 1

What is the primary difference between skeleton and luge in terms of athlete positioning?

Accepted Answer

Skeleton riders lie face-down, luge riders lie face-up

Answer

Skeleton riders sit upright, luge riders lie sideways

Answer

Skeleton riders lie face-up, luge riders lie face-down

Answer

Skeleton riders kneel down, luge riders sit upright

Question 2

What happens during the crucial 'loading' phase of a skeleton run?

Accepted Answer

The athlete sprints alongside the sled then jumps on

Answer

The sled is mechanically launched from a catapult system

Answer

The athlete sits on the sled and pushes off with poles

Answer

The sled is loaded with weights to increase speed

Question 3

Why do skeleton sleds lack brakes, unlike bobsleds?

Accepted Answer

Athletes use their spiked shoes as brakes at the finish

Answer

The track's upward curve at the end provides natural braking

Answer

Magnetic strips in the track slow the sled automatically

Answer

The sleds are too light to need mechanical braking systems

Question 4

What is the typical weight range for a skeleton sled used in international competition?

Accepted Answer

33-43 kg (73-95 lbs)

Answer

15-25 kg (33-55 lbs)

Answer

50-60 kg (110-132 lbs)

Answer

5-10 kg (11-22 lbs)

Question 5

Which body part do skeleton athletes primarily use to steer their sled during a run?

Accepted Answer

Knees and legs

Answer

Hands and arms

Answer

Shoulders and torso

Answer

Head and neck movements

Question 6

At what approximate speed do elite skeleton athletes typically reach during competition runs?

Accepted Answer

130-150 km/h (80-93 mph)

Answer

80-100 km/h (50-62 mph)

Answer

200-220 km/h (124-137 mph)

Answer

60-75 km/h (37-47 mph)

Question 7

What unique feature distinguishes skeleton tracks from other sliding sport venues?

Accepted Answer

They share tracks with bobsled and luge

Answer

They have heated ice surfaces

Answer

They use artificial gravity simulators

Answer

They feature loop-the-loop sections

Question 8

Which technique is considered most crucial for achieving optimal skeleton performance?

Accepted Answer

Maintaining aerodynamic body position

Answer

Frequent steering adjustments

Answer

Rhythmic pushing motions

Answer

Strategic weight shifting

Question 9

What safety equipment innovation was introduced to skeleton in the 1980s following serious injuries?

Accepted Answer

Mandatory chin guards on helmets

Answer

Reinforced sled frames

Answer

Electronic speed limiters

Answer

Inflatable safety suits

Question 10

Why do skeleton athletes often study track blueprints and walk courses before competition?

Accepted Answer

To memorize optimal racing lines through each curve

Answer

To check for ice temperature variations

Answer

To calculate precise sled weight adjustments

Answer

To identify the best spots for selfies