When you flick cardboard, it can produce a sound due to the sudden movement and the release of tension in the material. The flick generates a quick, sharp motion that causes the cardboard to vibrate, creating a popping or snapping noise. Depending on the thickness and rigidity of the cardboard, this action may also cause it to bend or flex momentarily. The overall effect is a brief disturbance in the cardboard's position and structure.
When you flick cardboard, it vibrates due to the sudden release of energy from your finger. This vibration causes the cardboard to produce sound waves, which is why you hear a noise when you flick it. The degree of sound and movement depends on the thickness and stiffness of the cardboard, as well as the force of the flick. Essentially, the action creates a quick motion that resonates through the material.
There is no limit on the number of times cardboard can be recycled. Cardboard will lose it's integrity as it is continuously recycled though.
It will float until the cardboard becomes saturated and eventually sinks.
Cardboard is primarily composed of cellulose fibers derived from wood pulp, which contains carbon. On average, cardboard consists of about 50% carbon by weight. This means that for every 100 grams of cardboard, approximately 50 grams is carbon. The exact amount can vary based on the type and composition of the cardboard.
Typically, cardboard is lass than 0.4 cm thick.
It moved quickly coz the cardboard is light
It moved quickly coz the cardboard is light
It moved quickly coz the cardboard is light
what happens when you flicked the cardboard
When you quickly flick the cardboard, the sudden motion creates a force that propels the coin off the surface. The inertia of the coin causes it to remain at rest for a brief moment, causing it to slide and then fall due to gravity. If the flick is strong enough, the coin may also spin or flip before landing.
When you flick cardboard, it vibrates due to the sudden release of energy from your finger. This vibration causes the cardboard to produce sound waves, which is why you hear a noise when you flick it. The degree of sound and movement depends on the thickness and stiffness of the cardboard, as well as the force of the flick. Essentially, the action creates a quick motion that resonates through the material.
The light came on when he flicked the switch. He flicked the used match into the flames.
because of inertia
the coin will at rest because you slowly pull the cardboard
The negligent man flicked his cigarette out the car window, causing a brush fire.
it is because of Inertia,the tendancy to resist motion.
When you flick a piece of cardboard, it vibrates and produces sound waves as it flexes and snaps back into place. The energy from your flick causes the cardboard to move quickly, creating a sound that can vary in pitch and volume depending on the size and thickness of the cardboard. Additionally, the movement may cause nearby objects to shift slightly, depending on the force of the flick. Overall, it's a quick transfer of energy resulting in both sound and motion.