Which of the Following Quantities Is Not a Vector

To qualify as a vector a quantity having magnitude and direction must also obey certain rules of combination. Acceleration can be expressed bya msb m2sc ms2d m2s2D.

Difference Between Scalar And Vector Quantity Linquip

Which of the following quantities is not a vector quantitya.

. The Physical Universe 16th Edition Edit edition. This problem has been solved. A scalar quantity can be specified by a single number along with the proper unit.

If A 2 i j k and B 2 i j. Click here to get an answer to your question Which of the following quantities is NOT a vector. The physical quantities which have both magnitude and direction and obey the laws of vector addition are called vector quantities or vectors.

Object B is thrown horizontally with a greater initial speed from a height of 12 m. Power is energy or work per unit time time does not consider in power so its not a vector quantity. Is each of the following quantities a vector.

Time has no direction. In option D we have velocity which is also a vector quantity since it is having both magnitude and the direction. Which one of the following is not a vectora displacementb speedc velocityd accelerationB.

So the correct answer is Option A. Avelocity Bdisplacement Cdistance Dacceleration. So option 3 is correct.

So the acceleration is also a vector quantity. Which of the following is not an example of vector. V d t.

The area of the triangle whose adjacent sides are represented by the vectors 4 i 3 j 4 k and 5 i in sq. A newton is equivalent to which of the following quantities. The physical quantities which have both magnitude and direction and obey the laws of vector addition are called vector quantities or vectors.

1Which of the following quantities is NOT a vector. Solutions for Chapter 2 Problem 1MC. Physical quantities which have both magnitude and direction are called vector quantities.

Which of the following in NOT a vector quantity. Kg x ms2 d kg x ms 2. Acceleration mass force velocity 2Object A is thrown horizontally from a height of 10 m with some initial speed.

Power is not an example of a vector quantity. Acceleration Velocity Force Kinetic energy. A force b temperature c the volume of water in a can d the ratings of a TV show e the height of a building f the velocity of a sports car g the age of the Universe.

So in the given options we see that only distance is the quantity which is not a vector quantity among all the four given quantities. Displacement velocity and acceleration linear momentum force are vector quantities while speed the magnitude of velocity time and mass are scalars. There is an explanation video available below.

Analyze the data. Hence option A is correct. However speed s is not a vector quantity.

So it is a scalar quantity. Weight is a type of force and force is a vector quantity. Which of the following is not a vector quantity.

Hence weight is also a vector quantity. Since displacement is a vector quantity velocity which is the rate of change of displacement is also a vector quantity. Velocity vector version speed scalar version displacement vector version distance scalar version torque vector version energywork scalar version.

Is each of the following quantities a vector. Kg x ms c. Make and observation B.

A force b temperature c the volume of water in a can d the ratings of a TV show e the height of a building f the velocity of a sports car g the age of the Universe. Acceleration is the rate of change ofa displacementb positionc velocityd timeC. Which of the following is NOT part of the scientific method.

The physical quantities for which both magnitude and direction are defined distinctly are known as vector quantities. Its magnitude is the ratio of the distance d covered by a body to the time t taken by the body to cover that distance. It has only magnitude but no direction.

The force applied by the gravity on the object is called the weight of that object. Similarly acceleration which is the rate of change of velocity is also a vector quantity. Acceleration Velocity Force Kinetic energy jowhelan22 jowhelan22 06032017 Physics College answered Which of the following quantities is NOT a vector.

Hence find the angle between A and B. S d t. Examples Displacement velocity acceleration force momentum Impulse etc.

The physical quantities which have only magnitude and no direction are called scalar quantities or scalars. So it is a scalar quantity. Get solutions Get solutions done loading.

Also find the component of A along B. A physical quantity is said to be a vector quantity when it has both magnitude and directionThe scalar quantities are distance mass time volume density speed temperature and energy The vector quantities are weight velocity acceleration and force. Other examples of scalar quantities are mass speed distance time energy density volume temperature distance work and so on.

It is a scalar quantity because work is not a vector quantity.

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