Need for raw materials because of the plentiful amount that is in Africa, such as gold, diamonds, wood, and coal.
Answer and Explanation:
- The Columbian exchange basically alludes to the European pilgrim Christopher Columbus who was engaged with boundless trade or move of different plants , crops, societies, creatures, and human populace and technological thoughts between the Americas and rest of the portion of the world or the past world in the fifteenth and sixteenth century.
- Christopher Columbus was attempting to leave Europe and head west to discover Asia that was his real arrangement however he accidentally found the America.
- Over the Americas he established a lot of things that he never observed in Africa, Asia or Europe and a few things which were found in the accidentally found district of Americas were items like potatoes, corn, tomatoes and couple of creatures they had never observed that were significant, for example, Llama and furthermore diseases.
- Discussing the Columbian exchange the individuals which were dwelling in the America, the local Americans never came across things which Columbus brought to them from the ancient world, for example, Bananas, carrots, apples and animals which was significant throughout the entire existence of man, steeds.
- Columbian exchange the nourishment, plants, crops, organic products, animals, thoughts between the old world and the America were traded.
- Things traded were similarly new and amazing to the two sides of the world( Americas and the ancient world).
This is a case of how worldwide connection changed the human progress in various parts of the world.
<span>The fossil of the Glossoptersis Plant occurs on the most landmasses</span>
The importance of the river for transportation and trade greatly increased in the early 1800s as paddle wheeled steamboats became popular. Cities along the Mississippi such as St. Louis boomed. During the Civil War, both the North and the South used the river for transportation.
Answer:
The baseball would seem to be traveling with a velocity 0.98918c of 98.92% of the speed of light as seen from the Earth.
Explanation:
This problem involves the relativistic effects. The pitcher throws the ball with a velocity u' which is 65% of the speed of light c i.e. u' = 0.65c
The velocity V of the spaceship in which he is practicing is 95% of the speed of light. Therefore V = 0.95c
So if the ball is thrown in the same direction as the direction of the spacecraft's motion, then classically, the velocities would add up and exceed the speed of light. But we know that this is not possible. It is prohibited by the special theory of relativity. So we need to consider the relativistic addition of velocities to calculate the velocity (u) of the ball as seen from the Earth.
The formula for relativistic addition of velocities is expressed below,
We know that u' = 0.65c and V = 0.95c. now we can calculate u which is the velocity of the baseball as seen from Earth as follows
u = 0.98918c
So the baseball would seem to be traveling with a velocity 0.98918c of 98.92% of the speed of light as seen from the Earth.
