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In homogeneous coordinates value of ‘h’ is consider as 1 & it is called….. a.Magnitude Vector b.Unit Vector c.Non-Zero Vector d.Non-Zero Scalar Factor

Description : In homogeneous coordinates value of ‘h’ is consider as 1 & it is called….. a.Magnitude Vector b.Unit Vector c.Non-Zero Vector d.Non-Zero Scalar Factor

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is upthrust a scalar or vector quantity?

Description : is upthrust a scalar or vector quantity?

Last Answer : You've already told us its direction. As soon asyou tell us its magnitude, we'll have a vector.

The expression 1/√2 (i + j) is a  (A) unit vector  (B) null vector  (C) vector of magnitude  (D) scalar

Description : The expression 1/√2 (i + j) is a  (A) unit vector  (B) null vector  (C) vector of magnitude  (D) scalar

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State with reasons, whether the following algebraic operations with scalar and vector physical quantities are meaningful.

Description : State with reasons, whether the following algebraic operations with scalar and vector physical quantities are meaningful.

Last Answer : State with reasons, whether the following algebraic operations with scalar and vector physical quantities are ... scalars, v. Adding any two vectors.

What is the difference between a scalar and a vector?

Description : What is the difference between a scalar and a vector?

Last Answer : What is the difference between a scalar and a vector ?

Why vector quantity cannot be subtracted and added like scalar?

Description : Why vector quantity cannot be subtracted and added like scalar?

Last Answer : Mainly because they aren't scalar quantities.A vector in the plane has two components, an x-component and ay-component. If you have the x and y components for each vector,you can add ... istheir lengths.Similarly, a vector in space has three components; you can addeach of the components separately.

Stress can be defined as ______ quantity. (1) Scalar (2) Vector (3) Phasor (4) Tensor

Description : Stress can be defined as ______ quantity. (1) Scalar (2) Vector (3) Phasor (4) Tensor

Last Answer : (4) Tensor Explanation: Stress is defined as Resisting force per unit area of an element, on which load is applied. Stress is always perpendicular to a cross-section in the element. ... vector addition). It is a tensor quantity because it describes things happening in two directions simultaneously.

Work done upon a body ______. (1) only a vector quantity (2) only a scalar quantity (3) both vector and scalar (4) neither vector nor scalar

Description : Work done upon a body ______. (1) only a vector quantity (2) only a scalar quantity (3) both vector and scalar (4) neither vector nor scalar

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Displacement is a A. scalar quantity B. vector quantity C. base quantity D. derived quantity

Description : Displacement is a A. scalar quantity B. vector quantity C. base quantity D. derived quantity

Last Answer : vector quantity

What is vector quantity and what is scalar quantity?

Description : What is vector quantity and what is scalar quantity?

Last Answer : Vector quantity A quantity, which has both the direction and magnitude is said to be a vector quantity. Examples are force, emf, current etc. Scalar quantity A scalar quantity is that, which has only magnitude but no direction. Examples are temperature, mass, volume etc.

The magnetic vector potential is a scalar quantity. a) True b) False

Description : The magnetic vector potential is a scalar quantity. a) True b) False

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The curl of a curl of a vector gives a a) Scalar b) Vector c) Zero value d) Non zero value

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The divergence of a vector is a scalar. State True/False. a) True b) False

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Description : Which of the following is not true? a) A . (B . C) = scalar value b) A . (B x C) = scalar value c) A x (B . C) = scalar value d) A x (B x C) = vector value

Last Answer : c) A x (B . C) = scalar value

The dot product of two vectors is a scalar. The cross product of two vectors is a vector. State True/False. a) True b) Fals

Description : The dot product of two vectors is a scalar. The cross product of two vectors is a vector. State True/False. a) True b) Fals

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Which is true:  a. Energy is a scalar quantity  b. Energy is a vector quantity  c. Energy is vector & scalar  d. None of the above

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What the difference between vector and scalar quantities is?

Description : What the difference between vector and scalar quantities is?

Last Answer : A vector has both strength and direction, a scalar quantity can be described using only 1 quantity, magnitude. Example of vector quantities are velocity, acceleration etc. Examples of scalar quantities are time, energy and volume since they only represent magnitude and no direction.

The electric intensity is a: (a) Scalar quantity (b) Vector quantity (c) Physical quantity (d) None of above

Description : The electric intensity is a: (a) Scalar quantity (b) Vector quantity (c) Physical quantity (d) None of above

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Description : As defined in physics, work is: w) a scalar quantity x) always a positive quantity y) a vector quantity z) always zero

Last Answer : ANSWER: W -- A SCALAR QUANTITY

Stress can be defined as _____ quantity. (1) Scalar (2) Vector (3) Phasor (4) Tensor

Description : Stress can be defined as _____ quantity. (1) Scalar (2) Vector (3) Phasor (4) Tensor

Last Answer : Tensor

Define Scalar and Vector quantity.

Description : Define Scalar and Vector quantity. 

Last Answer : Scalar Quantity: A physical quantity having only magnitude but no direction is called as scalar quantity Vector Quantity: A physical quantity having both magnitude as well as direction is called as vector quantity. 

What is the name of a scalar sign ?

Description : What is the name of a scalar sign ?

Last Answer : Energy is a scalar quantity.

scalar The sign The other Name What ?

Last Answer : scalar The sign The other Name Over here Rashi. Scalar The sign Example: Length , mass , speed.

Vector The sign Addition How To do Is it

Last Answer : vector The sign Addition General Algebra As a rule Is No. Of For Vector Geometry Use To do Is. Of vectors Addition Two Of vectors To the sum Gain To say Is. Caught Let's go , two ... Contiguous Arm Through Instructions To do Yes , but Parallel The ear Of vectors a and b Gain Instructions Will.

When I close the throttle on my car, and allow speed to bleed off, is this a Delta-V scalar?

Description : When I close the throttle on my car, and allow speed to bleed off, is this a Delta-V scalar?

Last Answer : answer:So long as you travel in a straight line. As you probably know, turning is a change in velocity ( ΔV ) even if speed remains constant. However, if direction does not change then any ΔV ... and direction; a scalar and a vector, and we've alread declared the vector component to be constant.

Math geeks: How do i do eigenvalue decomposition of a scalar matrix?

Description : Math geeks: How do i do eigenvalue decomposition of a scalar matrix?

Last Answer : answer:Your information isn't quite accurate. Finding eigenvalues of scalar matrices is pretty much the easiest thing in the world: they are the scalar value with multiplicity n (where n is the size of the matrix) ... help. I used to teach this, and really love linear algebra. This is fun for me. :)

Which of the following is scalar quantity a.Area of triangle b.Displacement of a particle c.Acceleration of car d.Force of friction e.Velocity a gear

Description : Which of the following is scalar quantity a.Area of triangle b.Displacement of a particle c.Acceleration of car d.Force of friction e.Velocity a gear

Last Answer : a. Area of triangle

TypeError: only integer scalar arrays can be converted to a scalar index -Web-Development

Description : TypeError: only integer scalar arrays can be converted to a scalar index -Web-Development

Last Answer : answer:

What is a scalar field ?

Description : What is a scalar field ?

Last Answer : No matter what field is considered , there is a physical property associated with each point of the field. If the physical property associated with a field is scalar , then that field is called a scalar field . Examples of scalar fields are density , temperature , voltage, etc.

What is scalar ?

Description : What is scalar ?

Last Answer : Scalar quantity: Physical quantities which can be expressed completely only by value , without any need of direction are called scalar quantity. Examples of scalar quantities are length , mass , speed , work , energy , time , temperature, etc.

What is a scalar matrix ?

Description : What is a scalar matrix ?

Last Answer : If the non-null entries in an angle matrix are equal , then that angle matrix is called scalar matrix.

What are the scalar signs ?

Description : What are the scalar signs ?

Last Answer : : Scalar quantity length , mass , speed , work , electric potential , time , temperature etc.

What is scalar ?

Description : What is scalar ?

Last Answer : A quantity which has only value and no direction is called scalar or more. Such as length , mass , volume , speed , temperature , work etc.

scalar The amount I think so To keep Way What ?

Last Answer : All The amount In public Direction Need Not at all Him Scalar The amount Says. Here I think so To keep Will be No The amount Just The value With Revealed To do Yay. Like 16 M Distance If you say And Nothing It takes No. So This Scalar. Thus I think so To keep Will be

If A `= [{:(-1, 0, 0),(0, x, 0),(0, 0, m):}]` is a scalar matrix, then x + m = ____.

Description : If A `= [{:(-1, 0, 0),(0, x, 0),(0, 0, m):}]` is a scalar matrix, then x + m = ____.

Last Answer : If A `= [{:(-1, 0, 0),(0, x, 0),(0, 0, m):}]` is a scalar matrix, then x + m = ____.

If P ` = [{:(3, 0), (0, lambda):}]` is scalar matrix then `lambda` = ____.

Description : If P ` = [{:(3, 0), (0, lambda):}]` is scalar matrix then `lambda` = ____.

Last Answer : If P ` = [{:(3, 0), (0, lambda):}]` is scalar matrix then `lambda` = ____.

The magnitude of scalar product of the vectors A = 2i + 5k and B = 3i + 4k is 

Description : The magnitude of scalar product of the vectors A = 2i + 5k and B = 3i + 4k is 

Last Answer : The magnitude of scalar product of the vectors A = 2i + 5k and B = 3i + 4k is (A) 20 (B) 22 (C) 26 (D) 29

Find the scalar product of the two vectors v1 = i + 2j + 3k and v2 = 3i + 4j - 5k.

Description : Find the scalar product of the two vectors v1 = i + 2j + 3k and v2 = 3i + 4j - 5k.

Last Answer : Find the scalar product of the two vectors v1 = i + 2j + 3k and v2 = 3i + 4j - 5k.

Discuss characteristics of scalar product of two vectors.

Description : Discuss characteristics of scalar product of two vectors.

Last Answer : Discuss characteristics of scalar product of two vectors.

Complete the table. Physical Quantity - Scalar

Description : Complete the table. Physical Quantity - Scalar

Last Answer : Complete the table. Physical Quantity Multiplied with Scalar Vector Scalar (a) (b) Vector (c) (d)

Explain scalar product of two vectors with the help of suitable examples.

Description : Explain scalar product of two vectors with the help of suitable examples.

Last Answer : Explain scalar product of two vectors with the help of suitable examples.

Separate the following in groups of scalar and vectors: velocity, speed, displacement, work done, force, power, energy,

Description : Separate the following in groups of scalar and vectors: velocity, speed, displacement, work done, force, power, energy,

Last Answer : Separate the following in groups of scalar and vectors: velocity, speed, displacement, work ... , acceleration, electric charge, angular velocity.

The magnitude of scalar product of two unit vectors perpendicular to each other is

Description : The magnitude of scalar product of two unit vectors perpendicular to each other is

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Maintenance of intended delegation requires that decisions lying within the individual managers’ authority should be made by them and not referred upwards in the organizational hierarchy. This is known as– (A) principle of unity of command (B) scalar principle (C) authority level principle (D) principle of absoluteness of responsibility

Description : Maintenance of intended delegation requires that decisions lying within the individual managers' authority should be made by them and not referred upwards in the organizational hierarchy. This is ... scalar principle (C) authority level principle (D) principle of absoluteness of responsibility

Last Answer : Answer: authority level principle

Pick out the scalar quantity (a) Force (b) Pressure (c) Velocity (d) Acceleration

Description : Pick out the scalar quantity (a) Force (b) Pressure (c) Velocity (d) Acceleration

Last Answer : Ans:(b)

Choose the only scalar quantity from the following: (a) Energy (b) Torque (c) Momentum (d) Force

Description : Choose the only scalar quantity from the following: (a) Energy (b) Torque (c) Momentum (d) Force

Last Answer : Ans:(a)

Which of the following is a scalar quantity? (1) Velocity (2) Force (3) Angular momentum (4) Electrostatic potential

Description : Which of the following is a scalar quantity? (1) Velocity (2) Force (3) Angular momentum (4) Electrostatic potential

Last Answer : (3) Angular momentum Explanation: The electrostatic potential at any point in an electric field is defined as the work done in bringing a unit positive charge from infinity to that point against the electric force of the field.

Who among the following is the scalar quantity______. (1) force (2) pressure (3) velocity (4) acceleration

Description : Who among the following is the scalar quantity______. (1) force (2) pressure (3) velocity (4) acceleration

Last Answer : (2) pressure Explanation: Pressure is a scalar quantity. It relates the vector surface element with the normal force acting on it.

What should be the return type for a cursor variable.Can we use a scalar data type as return type?

Description : What should be the return type for a cursor variable.Can we use a scalar data type as return type?

Last Answer : The return type for a cursor must be a record type.It can be declared explicitly as a user-defined or %ROWTYPE can be used. eg TYPE t_studentsref IS REF CURSOR RETURN students%ROWTYPE