Yes, it is true that the "clock" on a rock can be considered to start when it begins to erode. This process marks the beginning of its exposure to environmental factors that can influence its breakdown and transformation. Erosion signals the rock's transition from a stable state to one where it interacts with elements like water, wind, and temperature changes, ultimately affecting its longevity and composition.
No, the process of erosion doesn't start a clock on a rock. Erosion occurs over time due to natural forces like wind, water, and ice breaking down the rock's surface. The rate of erosion can vary depending on factors like the type of rock, climate, and topography.
my mum
It is rock that has gotten so hot inside the earth that it is in a liquid state and flows because of pressure from beneath out the easiest escape route. Soon after hitting the atmosphere it begins to harden and become the rock we all recognize.
A lytic virus begins to multiply right away. A lysogenic virus can "hide" for a very long time before multiplying. See link below:
Almost as soon as the depolarization wave begins, voltage-gated potassium channels open in response to the increase in membrane potential, allowing potassium ions to move out of the cell. This efflux of potassium ions causes repolarization of the cell membrane by restoring the negative resting membrane potential.
No, the process of erosion doesn't start a clock on a rock. Erosion occurs over time due to natural forces like wind, water, and ice breaking down the rock's surface. The rate of erosion can vary depending on factors like the type of rock, climate, and topography.
Yes. And it begins counting down as soon as the ball is inbounded.
As the waves roll in more and more, the rock or mineral weakens and soon erodes down. It makes the rock thinner and less dense.
The radiometric clock is set when the rock forms, specifically when minerals within the rock crystallize. This initial crystallization is when the minerals begin to accumulate daughter isotopes and start the process of radioactive decay that can be used for dating the rock's age.
Actually it takes a long series of waves to erode a cliff. A wave erodes a cliff because every time it washes away, it take little bits and pieces of rock minerals. Soon, all the surface minerals are washed away, and the process begins again, which will result in erosion of the cliff. The cliff will either take on a new shape or erode away completely. It depends on how much erosion the cliff has experienced. The longer the erosion process has occured the more the cliff will vanish. Hope this helped!
ask it, the clock should know, as soon as you catch it
Maybe for a limited time. Weather will erode the adhesive fairly soon.
my mum
"As soon as" is called a prepositional phrase, a group of words that acts as a preposition. "She came home as soon as she could." "She came home as the clock struck 1:00." or "She came home as soon as the clock struck 1:00." "As" and "as soon as" perform the same prepositional function in these sentences.
It is rock that has gotten so hot inside the earth that it is in a liquid state and flows because of pressure from beneath out the easiest escape route. Soon after hitting the atmosphere it begins to harden and become the rock we all recognize.
It always means both. You can substitute the word 'when' for the phrase 'as soon as' and both meanings will be preserved. You can also substitute 'just after'. As soon as the clock strikes twelve, the trumpets will sound. When the clock strikes twelve, the trumpets will sound. Just after the clock strikes twelve, the trumpets will sound. The phrase 'as soon as' refers to the moment that something will occur. The rest of the sentence tells us what happens 'just after'.
6:00