An object moving in a circle is accelerating, even if it moves with a constant speed because the velocity changes.
<u>Explanation:</u>
The direction of an object changes constantly during its movement in circle at a constant speed. As the direction changes it results in changing the velocity of that object. This happens since velocity has direction and magnitude.as it is vector quantity.
An object will have acceleration only if a resultant force is acting on that body. When an object is moving in a circle, this resultant force is the centripetal force that is acting towards the center of the circle.
<span>The best answer is (d) water from snowmelts. The American Southwest has many mountains that catch moist air moving westward (from the Pacific) that falls as snow during the winter. The snow melts gradually during the spring and summer when there is little precipitation. The melted snow runs off the mountains into rivers and streams that can be tapped by irrigation pumps. The snowmelt also sinks into the ground, replenishing underground aquifers that can be tapped by wells in the valleys where farming takes place.</span>
The action or practice of illegally transporting people from one country or area to another, typically for the purposes of forced labour or commercial sexual exploitation.
Major Forms of Trafficking in Persons
Major Forms of Trafficking in Persons.
Bonded Labor. ...
Debt Bondage and Involuntary Servitude Among Migrant Laborers. ...
Involuntary Domestic Servitude. ...
Forced Child Labor. ...
Child Soldiers. ...
Sex Trafficking and Prostitution.
Children Exploited for Commercial Sex.
Answer:
- Generated electricity is used by millions of people.
- Floods are controlled, reducing damage to farmland.
Explanation:
The dam likewise improved route over the Nile, profiting the travel industry and fishing businesses. Water from the dam is utilized to take care of 12 force turbines, which gives half of Egypt's capacity requests. The repository likewise assists gracefully with watering during dry spells.
All quadrilaterals are alike because all of them have four sides, are coplanar, have two diagonals, and the sum of their four interior angles equals 360 degrees. Quadrilaterals can be different because they may or may not have parallel sides or equal sides, and there are many different types of quadrilaterals with special properties.
