Macroscopic Objects Don'T Show Interference Effects Because

Question: The more you know about position, the more you know about momentum.

Answer: False

Question: Matter has both wave and particle properties.

Answer: True

Question: Electrons can form interference patters, just as light can.

Answer: True

Question: It is impossible to predict exactly where an electron will strike the screen after passing through two slits in a double-slit experiment.

Answer: True

Question: An object’s momentum is the only property associated with probability waves.

Answer: False

Question: If moving slowly enough, small objects can have wavelengths that reach macroscopic dimensions.

Answer: True

Question: the liklihood of detecting a particle as it travels through space

Answer: Probability Wave

Question: The more you know about position the less you know about momentum, and the more you know about momentum the less you know about position.

Answer: Heisenberg Uncertainty Principle

Question: phenomenon that creates areas of high probability where the electron will strike the screen

Answer: Constuctive Interference

Question: phenomenon that creates areas of low probability where the electron is unlikely to strike the screen

Answer: Destructive Interference