Which One of the Following Situations Involves a Vector Quantity

- Vector quantity. Other examples of vector quantities are displacement acceleration force momentum weight the velocity of light a gravitational field current and so on.

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45 1 5 1 Choose An Option That.

. C When a vector is multiplied by a scalar the result is a vector product. The velocity of the rocket was 325 ms due east The volume of the soft drink can is 0360 liters. Decrease the inventory stock.

B When a vector is multiplied by a scalar the result is a scalar product. 1Which of the following is not a vector quantity. The suns pull on the earth.

Displacementis given by which of the2A bird accelerating from rest at a constant rate experiences a displacement of 28 m in 11 s. D When a vector is multiplied by a scalar the result is a vector that is perpendicular to the original vector. Which one of the following situations involves a vector quantity.

Let us discuss some difference here. No because for two vectors to be equal they must have the same magnitude and point in the same direction. Which one of the following situations involves a vector quantity.

100 ounces of water -- scalar this is a volume which has only a magnitude. Another physical field but of gravitational forces that exert an attraction on the objects or particles that enter the area. D The mass of the Martian soil probe was 250 kg.

So we have in terms of the given example in our problem a the age is just a parameter which has not have a direction. A the age of the earth b the mass of a freight train c the earths pull on your body d the temperature of hot cup of coffee e the number of people attending a soccer game. A A vector cannot be mathematically multiplied by a scalar.

B The overnight low temperature in Toronto was 40 c The volume of the soft drink can is 0360 liters. Increase the inventory stock. Speed has no direction therefore it is not a vector quantity.

The product of vector and scalar is also a vector. The mass of the Martian soil probe was 250 kg. Ax 4500 m and Ay 4500 m.

All of the choices. What is the significance of the length of the arrow. See the answer See the answer See the answer done loading.

Which one of the following quantities is a vector quantity. Velocity is a vector quantity since it has a magnitude the speed and a direction In this problem we have. Show transcribed image text Expert Answer.

Velocity vector version speed scalar version displacement vector version distance scalar version torque vector version energywork scalar version Speed is only scalar or non-vector. Thus the weight is a vector quantity. Which one of the following quantities is a vector quantity.

This problem has been solved. Where gravitational constant-g is a vector quantity. Thus D is correct.

E The light took approximately 500 s to travel from the sun to the earth. Increase on-hand safety stock. This one is a displacement b speed c acceleration d velocity 2 See answers Advertisement Advertisement KumarPraveen05 KumarPraveen05 Answer.

Displacement velocity and acceleration for example are vector quantities whereas speed velocity magnitude time and mass are scalars. One of the following is not a vector quantity. Zero3A vehicle designed to operate on a drag strip.

Which one of the following choices is a vector quantity. A vector is represented by an arrow. The force of friction opposed to all movement and always tending to stillness expresses itself vectorially as it opposes the forces.

Ax -4500 m and Ay 4500 m. Ax 0 m and Ay 4500 m. Which of the following is the vector quantity.

Therefore it represents a vector quantity. During a relay race runner A runs a given distance due north and then hands off the baton to runner B who runs for the same distance in a south easterly direction. It is a quantity which has both a magnitude and a direction eg.

A and B are vectors. Correct option is C Energy Presssure and Work are scalar quantities since they work in multiple directions resulting only in magnitude required to describe them. And we know Linear momentum is a scalar quantity which can be given as p m v So we can conclude that only option D is satisfying the condition.

Which one of the following situations involves a vector quantity. The velocity of the rocket was 325 ms due east. M v acts in the direction of applied velocity a vector hence momentum requires both magnitude direction to be fully described making it a vector.

Identify the measure taken to deal with the issues relating to not having the right item at the right place at the right time. What is the magnitude of the vector 3î Sý ms. Vector A is directed due.

Difference Between Scalar and Vector Quantity. A The velocity of the rocket was 325 ms due east. None of the choices.

Was this answer helpful. Which one of the following is a vector quantity. So Option a is not an example of a vector.

What is the average velocitya. Since all force is necessarily vector the gravitational field will need a set of vectors to be represented. The light took approximately 500 s to travel from the sun to the earth.

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