Which Of The Following Quantities Is A Vector

If you give a scalar magnitude a direction you create a vector. Both a and b. By steven holzner in physics when you have a vector you have to keep in mind two quantities.
which of the following quantities is a vector which of the following quantities is a vector in character which of the following quantities is a vector quantity current speed current density work

The average velocity of an object can be calculated by.

Which of the following quantities is a vector. They are opposite in direction c. If two vectors lying in the same plane are added together and the result is zero then which of the following is true of the vector quantities. A scalar quantities must be represented by base units. Quantities that have only a magnitude are called scalars.

Vector quantity can be defined as those physical quantities that have both magnitude and direction. They are equal in magnitude b. Vector quantities refer to the physical quantities characterized by the presence of both magnitude as well as direction. Which of the following quantities used to describe motion is an example of vector quantity.

B scalar quantities have both magnitude and direction. For example length speed work mass density etc. For example displacement force torque momentum acceleration velocity etc. Both a and b d.

C scalar quantities can be added to vector quantities using rules of trigonometry. A student walks 20 km north an object has a mass of 105 kg a 10 kg object moves at 18 ms. None of the above. Which one of the following statements is true concerning scalar quantities.

Vector quantities are added to the other vector quantities by special laws of vector addition. Which of the following is an example of a vector quantity. Its direction and its magnitude.