Urm . The Frequency Number gets larger. And why is this in engineering??
When you shake a slinky more rapidly, the frequency of the waves produced will increase. This means there will be more waves passing through a point in a given amount of time. Additionally, the amplitude of the waves may also increase, resulting in larger oscillations in the slinky.
To create a wave in a slinky, you can shake it left and right. This movement creates a transverse wave in the slinky. The left and right shaking motion corresponds to the crests and troughs of the wave.
The S-wave has been compared to a toy slinky because it moves in a side-to-side motion, similar to how a slinky moves when you shake one end. This type of wave can only travel through solid materials and is slower than P-waves.
Yes, a high enough frequency could potentially shake a two-story building, especially if its resonance frequency aligns with the frequency of the shaking force. However, other factors such as the building's structural integrity and damping mechanisms also play a role in determining the extent of the shaking.
Yes, when a window pane vibrates at the same frequency as a thunderclap, it can lead to resonance. This resonance can amplify the vibrations, causing the window pane to shake more intensely and potentially shatter.
When you shake a slinky more rapidly, the frequency of the waves produced will increase. This means there will be more waves passing through a point in a given amount of time. Additionally, the amplitude of the waves may also increase, resulting in larger oscillations in the slinky.
To create a wave in a slinky, you can shake it left and right. This movement creates a transverse wave in the slinky. The left and right shaking motion corresponds to the crests and troughs of the wave.
Get a metal slinky, put a plastic ruler in the top of the slinky. And shake it up and down. You will be able to hear the blaster sounds. If you have a Styrofoam cup put it in the slinky and you will hear it better!
The S-wave has been compared to a toy slinky because it moves in a side-to-side motion, similar to how a slinky moves when you shake one end. This type of wave can only travel through solid materials and is slower than P-waves.
It Will DIE
It's PROBABLY a wheel balance problem. It just happens that that's the resonance frequency of the suspension.
Yes, a high enough frequency could potentially shake a two-story building, especially if its resonance frequency aligns with the frequency of the shaking force. However, other factors such as the building's structural integrity and damping mechanisms also play a role in determining the extent of the shaking.
It sticks to the bottle.
You'll get tired.
Shake it up's first show was when Rocky and Cece tryed out for shake it up, Chicago!
they shake and jolt maddly
there is no cream in cream crackers