Answer:
Brittle materials:
Brittle materials are those material which does not shows any indication before failure.It means that they break suddenly without showing any indication.These materials have zero ductility.
Ex :
1.Glass is the very common example for brittle material and in our house we can easily see that when ever glass fall on the floor it breaks in very small pieces.
2. Metal objects are made from metal they behave as brittle like cast iron.
3. The another familiar example in our house for brittle material is dry clay.
Ductile materials:
Ductile materials which shows a indication before fracture.It have a range ,within this range they did not fail.The ability of material to draw into wires is known as ductility of that materials.
Ex :Those object are made from carbon steel,gold,silver etc.
Elastic deformation :
To regain the original shape after removal of load is known as elastic deformation.
Ex: The familiar example of elastic deformation is rubber band ,when we apply a force on the rubber band then it goes under the deformation but after removal the load come back on the original position.
Use the latitude and longitude to also realise the distance from the region to the sun. E.g Hawaii is located close to the equator, which means the distance from Hawaii to the sun is smaller compared to New Zealand and the sun because New Zealand is much further from the equator. This is means Hawaii receives more intense sun rays, therefore experiences a very tropical climate. New Zealand on the other hand is much further from the sun so experiences less intense sun rays, and therefore has a mild climate.
Another factor to consider is the intertropical convergence zone, a <span>belt of converging trade winds and rising air that encircles the e</span>arth<span> near the e</span>quator. Variation in the location of the intertropical convergence zone drastically affects rainfall in many equatorial regions, resulting in the wet and dry seasons of the tropics rather than the cold and warm seasons of higher latitudes.
Isosceles I’m pretty sure but idk
Answer: Potassium-argon dating
Explanation:
