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<ul>
<li>Mostly displacement is denoted by letter S.</li>
<li>Newton is the unit of force denoted as N.</li>
</ul>

Mostly displacement is denoted by the letter

Solution for the question - mostly displacement is denoted by the letter nsld

Mostly displacement is denoted by the letter-Turito

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<ul>
<li>If the body is at rest it's displacement would be zero.</li>
<li>Displacement is the shortest path between the initial and final position.</li>
</ul>

If a body is at rest, then the displacement is

Solution for the question - if a body is at rest, then the displacement is zeropositivenegativeinfinity

If a body is at rest, then the displacement is-Turito

<ul>
<li>A unit vector has magnitude equal to 1.</li>
<li>Any vector can become a unit vector when we divide it by the magnitude of the same given vector.</li>
</ul>

Solution for the question - a unit vector has magnitude________ randomunitinfinityzero

A unit vector has magnitude________-Turito

<ul>
<li>A position vector is defined as a vector that symbolizes either the position or the location of any given point with respect to any arbitrary reference point like the origin.</li>
<li>According to standard convention ,in the position vector, i represents the unit vector along the x-axis.</li>
</ul>

Solution for the question - in the position vector, i represents the unit vector along the zero axisthe unit vector along the z-axisthe unit vector along the y-axis

In the position vector, i represents-Turito

<ul>
<li>The time interval can be defined as the time between two events.</li>
<li>So difference in times is called time interval.</li>
</ul>

Solution for the question - the difference in the time is called as distancevelocitymasstime interval

The difference in the time is called as-Turito

<ul>
<li>
The displacement is the shortest distance between initial and final position. When final position of a body coincides with its initial position, displacement is zero, but the distance traveled is not zero. </li>
<li>In a closed curve, starting point and final point is same so displacement is zero.</li>
</ul>

Solution for the question - displacement of a closed body is 500zero100infinity

Displacement of a closed body is-Turito

A unit vector is written with the vector symbol ^ on top.This is known as hat or cap. Three very special unit vectors are , , . is a unit vector in the x direction. is a unit vector in the y direction. is a unit vector in the z direction

Solution for the question - the ^ symbol is called as legbandcuffcap

The ^ symbol is called as-Turito

<ul>
<li>
A scalar is some quantity which obeys simple algebraic rules, for example, addition, subtraction, etc. A scalar may also be defined as a quantity that requires only magnitude to be identified. e.g. temperature, current, etc. </li>
<li>
A vector is any quantity which doesn't follow algebraic rules. The addition or subtraction of vectors is not equal to the algebraic sum or difference of their magnitude. A vector may also be defined as a quantity which requires both direction and magnitude to be identified in space. e.g. velocity, force, etc. </li>
<li>
A tensor is a quantity which has different values when measured in different directions in space. e.g. moment of inertia. </li>
<li>So distance is a scalar quantity.</li>
</ul>

Solution for the question - distance is _______ quantity none of the abovetensorvectorscalar

Distance is _______ quantity-Turito

<ul>
<li>Displacement is the spatial distance between two locations measured along the shortest path between them. Since it is a vector quantity, it has a magnitude as well as the direction. It can be zero if the initial position is same as the final position.</li>
<li>Distance is always added up since they are considering the actual path. </li>
<li>Distance between the two locations is always greater than or equal to the magnitude of the displacement between the same locations.</li>
<li> The SI unit of displacement is the meter (m) and it is considered as the basic unit of SI units.</li>
</ul>

The units of the displacement are in the SI system

Solution for the question - the units of the displacement are in the si system radiuscentimeterkilometermeter

The units of the displacement are in the si system-Turito

<ul>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">A scalar is some quantity which obeys simple algebraic rules, for example, addition, subtraction, etc. A scalar may also be defined as a quantity that requires only magnitude to be identified. e.g. temperature, current, etc.</li>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">A vector is any quantity which doesn't follow algebraic rules. The addition or subtraction of vectors is not equal to the algebraic sum or difference of their magnitude. A vector may also be defined as a quantity which requires both direction and magnitude to be identified in space. e.g. velocity, force, etc.</li>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">A tensor is a quantity which has different values when measured in different directions in space. e.g. moment of inertia.</li>
</ul>

If a body does not have direction, then it said to be

Solution for the question - if a body does not have direction, then it said to be none of the abovetensorvectorscalar

If a body does not have direction, then it said to be-Turito

<ul>
<li>Velocity is the rate at which displacement changes with time. </li>
<li>v= s/t </li>
<li>SI unit = m/s</li>
</ul>

Displacement concerning the time is called as

Solution for the question - displacement concerning the time is called as timemotionaccelerationvelocity

Displacement concerning the time is called as-Turito

<ul>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">A scalar is some quantity which obeys simple algebraic rules, for example, addition, subtraction, etc. A scalar may also be defined as a quantity that requires only magnitude to be identified. e.g. temperature, current, etc.</li>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">A vector is any quantity which doesn't follow algebraic rules. The addition or subtraction of vectors is not equal to the algebraic sum or difference of their magnitude. A vector may also be defined as a quantity which requires both direction and magnitude to be identified in space. e.g. velocity, force, etc.</li>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">A tensor is a quantity which has different values when measured in different directions in space. e.g. moment of inertia.</li>
<li class="q-text qu-display--block qu-wordBreak--break-word qu-textAlign--start">Displacement is a vector quantity because it has both magnitude and direction.</li>
</ul>

Solution for the question - displacement is a _________ quantity timetensorvectorscalar

Displacement is a _________ quantity-Turito

If the scalar triple product of three vectors is zero than they are coplanar and they are linearly independent.

Solution for the question - axb + bxc =0, the vectors a,b and c are randomcoplanarnullperpendicular

Axb + bxc =0, the vectors a,b and c are-Turito

A = 2i + 3j;      B = i + j; |B| = √( 1² + 1²) = √2 A.B = (2i + 3j).(i + j) = 2+3 = 5 Component of vector A along vector B |X| = A.B/|B| X = 5/√2 = 3.5355

The component of vector A=2i+3j and B=i+j

Solution for the question - the component of vector a=2i+3j and b=i+j 3714.13.57

The component of vector a=2i+3j and b=i+j-Turito

A = 3i + 2j - 5k;       B = 3i + 2j + 5k; A.B = AB cos ø Cos ø  = (A.B) / |AB| = [(3i + 2j - 5k).(3i + 2j + 5k)] / [√(9+4+25).√(9+4+25)] = (9+4-25) / (9+4+25) = -12/38 = -0.3157 ≈ 0 Cos ø = 0 Ø = 90°

Angle between the vectors A= 3i+2j-5k and B=3i+2j+5k

Solution for the question - angle between the vectors a= 3i+2j-5k and b=3i+2j+5k 90453060

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Mostly displacement is denoted by the letter

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S

The correct answer is: S

Mostly displacement is denoted by letter S. Newton is the unit of force denoted as N.

Related Questions to study

If a body is at rest, then the displacement is

If a body is at rest, then the displacement is

A unit vector has magnitude________

A unit vector has magnitude________

In the position vector, i represents

In the position vector, i represents

The difference in the time is called as

The difference in the time is called as

Displacement of a closed body is

Displacement of a closed body is

The “^” symbol is called as

The “^” symbol is called as

Distance is _______ quantity

Distance is _______ quantity

The units of the displacement are in the SI system

The units of the displacement are in the SI system

If a body does not have direction, then it said to be

If a body does not have direction, then it said to be

Displacement concerning the time is called as

Displacement concerning the time is called as

Displacement is a _________ quantity

Displacement is a _________ quantity

AxB + BxC =0, the vectors A,B and C are

AxB + BxC =0, the vectors A,B and C are

The component of vector A=2i+3j and B=i+j

The component of vector A=2i+3j and B=i+j

Angle between the vectors A= 3i+2j-5k and B=3i+2j+5k

Angle between the vectors A= 3i+2j-5k and B=3i+2j+5k

A.A=

A.A=

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Mostly displacement is denoted by letter S.

Newton is the unit of force denoted as N.