gyroscope

Converse of object

• use: Other things to talk about Artificial satellites use gyroscopes to orient themselves without wasting reaction mass.
• make: Figure 5. Molecular gyroscope made of the CB[5]@CB[10 ] complex One of the main problems encountered with CB is its poor solubility in water.
• fly: The flying gyroscope has been thrown over 600 feet.
• gallop: You can read all about gyroscopes and the physics behind them in this issue's feature article, Galloping gyroscopes.
• tilt: We have all felt this effect with the resistance felt when trying to tilt a spinning gyroscope that some of us had as kids.
• hold: Hold the gyroscope firmly by the ends and pull the string all the way out as quickly as you can.

Adjective modifier

• spinning: A rapidly spinning gyroscope is at the heart of the gyrocompass.
• molecular: Figure 5. Molecular gyroscope made of the CB[5]@CB[10 ] complex One of the main problems encountered with CB is its poor solubility in water.
• toy: If you have a toy gyroscope at home, you can easily observe this effect yourself.
• faulty: They successfully completed their main objective of removing and replacing a faulty gyroscope on the International Space Station.
• human: Get into a spin on a human gyroscope, pluck a magical harp and be led astray by a runaway briefcase.
• free: Firstly, it is necessary to understand the construction of a free gyroscope.

Modifies a noun

• experiment: Gravity Probe B, a relativity gyroscope experiment co-developed by NASA and Stanford University scientists, will attempt to answer that question.
• technology: The single person transporter houses the latest gyroscope technology, detecting your movements and automatically taking you where you want to go.

Noun used with modifier

• relativity: Gravity Probe B, a relativity gyroscope experiment co-developed by NASA and Stanford University scientists, will attempt to answer that question.
• silicon: The initial research concentrated on silicon gyroscopes, but the scope has diversified considerably from there.
• rate: Apply these equations to the motion of symmetrical rotors, to explain the phenomena of precession, nutation and the rate gyroscope.