yes it is accelerating the same way you would on a merry-go-round.
It depends. Which way is the insect spinning? Is it a spider? Spiders are known to spin very well.
It means the insect was looking for a place to land.
Venus Flytraps have little hairs or sensors that whenever a fly lands on it, it triggers the "sensors" and it closes upon its prey.
The pollen of a male male flower is transported by a bumble bee or some other insect. The insect lands in a female flower and leaves the pollen behind.
When a player lands on or passes "Go" in the game of Monopoly, they collect 200 from the bank.
When an insect like bee's lands on a flower, pollen sticks to it's legs. So when an insect moves to another flower pollen gets on that flower and so on and so on as the insect moves from one plant to another.
Insect are killed when they are tired flying or takes a pee and lands on the mosquito killer lamp.
When a player in Monopoly lands on the "Pass Go" space on the board, they collect 200 from the bank.
When you play a compact disc (CD), a laser in the CD player reads the digital data encoded in the disc's pits and lands. This data is converted into an electrical signal, which is then sent to a digital-to-analog converter (DAC) that transforms it into an analog audio signal. The analog signal is amplified and sent to speakers, which vibrate to produce sound waves that we can hear.
As long as the player isn't touching the ball when he lands in the crease, it is normal play. It is a free throw for the opposition if the player is touching the ball when he lands in the crease
A compact disc (CD) stores data by using microscopic pits and lands in its middle layer called the polycarbonate layer. These pits and lands are read by a laser beam in order to retrieve the stored information.
Compact Discs (CDs) store data on their surface using tiny pits and lands that are encoded in a spiral track. These pits represent binary data, with pits corresponding to binary "0" and lands representing binary "1." A laser in the CD player reads these variations in height as it spins the disc, allowing the retrieval of the stored information. The reflective layer beneath the surface helps in detecting the changes in light intensity caused by the pits and lands.