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As shown in the figure particle P moves from A to $B$ and particle Q moves from C to D. Displacements for P and Q are $x$ and y respectively then

x>y
x<y
x=y
x≥y]

The correct answer is: x>y

Kepler's second law regarding constancy of aerial velocity of a planet is consequences of the law of conservation of

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General

physics

The orbital speed of Jupiter is

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General

physics

If the earth is at one-fourth of its present distance from the sun the duration of year will be

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General

physics

The period of a satellite in a circular orbit of radius R is T. the period of another satellite in a circular orbit of radius 4R is

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General

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Here is a cube made from twelve wire each of length $L$ , An ant goes from $A$ to $G$ through path A-B-C-G. Calculate the displacement.

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General

physics-

As shown in the figure a particle starts its motion from 0 to $A$ . And then it moves from. A to B. $stack A B with minus on top$ is an are find the Path length

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General

physics-

A particle moves from A to P and then it moves from P to B as shown in the figure. Find path length and displacement.

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General

physics-

A particle moves from A to B and then it moves from B to C as shown in figure. Calculate the ratio between path length and displacement.

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General

physics-

As shown in the figure a particle moves from. 0 to A, and then $A$ to B. Find pathlength and displacement.

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General

Maths-

The vectors $a with not stretchy bar on top comma b with not stretchy bar on top comma c with not stretchy bar on top$ are equal in length and pair wise make equal angles. If $a with not stretchy bar on top equals l with not stretchy bar on top plus ȷ with not stretchy bar on top comma b with not stretchy bar on top equals ȷ with not stretchy bar on top plus k with not stretchy bar on top$ , then $c with not stretchy bar on top equals$

For such questions, concept of scalar product is important. When we take a dot product of two vectors, we get a scalar value. This is called as scalar product.

The vectors $a with not stretchy bar on top comma b with not stretchy bar on top comma c with not stretchy bar on top$ are equal in length and pair wise make equal angles. If $a with not stretchy bar on top equals l with not stretchy bar on top plus ȷ with not stretchy bar on top comma b with not stretchy bar on top equals ȷ with not stretchy bar on top plus k with not stretchy bar on top$ , then $c with not stretchy bar on top equals$

Maths-General

For such questions, concept of scalar product is important. When we take a dot product of two vectors, we get a scalar value. This is called as scalar product.

General

physics

The figure shows elliptical orbit of a planet m about the sun s . the shaded area SCD is twice, the Saded area SAB. If t₁ is the time tor the planet to move trom C' and U and t₂ is the time to move from A to B then

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General

physics-

A Particle of mass $m$ is at rest at t=0. The force exerting on it in $x$ -direction is $F left parenthesis t right parenthesis equals F subscript a end subscript e to the power of negative k end exponent$ . Which one of the following graph is of speed $V left parenthesis t right parenthesis rightwards arrow t$

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General

physics-

As shown in figure a block of mass $m$ is aftachod with a cart. If the coefficient of static friction between the surface of cart and block is $mu blank$ than what would be accelcration $alpha$ of cart to prevent the falling of block ?

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General

maths-

If the vectors $a with not stretchy bar on top equals open parentheses c log subscript 2 space x close parentheses ı with not stretchy bar on top minus 6 ı with not stretchy bar on top plus 3 k with not stretchy bar on top$ and $b with not stretchy bar on top equals open parentheses log subscript 2 space x close parentheses ı with not stretchy bar on top plus 2 ȷ with not stretchy bar on top plus open parentheses 2 log subscript 2 space x close parentheses k with not stretchy bar on top$ make an abtuse angle for any $x element of left parenthesis 0 comma straight infinity right parenthesis$ , then $C$ belangs to

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General

physics

A geostationary satellite is orbiting the earth at a height of 5R above that of surface of the earth. R being the radius of the earth. The time period of another satellite in hours at a height of 2R from the surface of earth is hr.

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As shown in the figure particle P moves from A to and particle Q moves from C to D. Displacements for P and Q are and y respectively then

x>y x<y x=y x≥y]

The correct answer is: x>y

Related Questions to study

Kepler's second law regarding constancy of aerial velocity of a planet is consequences of the law of conservation of

Kepler's second law regarding constancy of aerial velocity of a planet is consequences of the law of conservation of

The orbital speed of Jupiter is

The orbital speed of Jupiter is

If the earth is at one-fourth of its present distance from the sun the duration of year will be

If the earth is at one-fourth of its present distance from the sun the duration of year will be

The period of a satellite in a circular orbit of radius R is T. the period of another satellite in a circular orbit of radius 4R is

The period of a satellite in a circular orbit of radius R is T. the period of another satellite in a circular orbit of radius 4R is

Here is a cube made from twelve wire each of length , An ant goes from to through path A-B-C-G. Calculate the displacement.

Here is a cube made from twelve wire each of length , An ant goes from to through path A-B-C-G. Calculate the displacement.

As shown in the figure a particle starts its motion from 0 to . And then it moves from. A to B. is an are find the Path length

As shown in the figure a particle starts its motion from 0 to . And then it moves from. A to B. is an are find the Path length

A particle moves from A to P and then it moves from P to B as shown in the figure. Find path length and displacement.

A particle moves from A to P and then it moves from P to B as shown in the figure. Find path length and displacement.

A particle moves from A to B and then it moves from B to C as shown in figure. Calculate the ratio between path length and displacement.

A particle moves from A to B and then it moves from B to C as shown in figure. Calculate the ratio between path length and displacement.

As shown in the figure a particle moves from. 0 to A, and then to B. Find pathlength and displacement.

As shown in the figure a particle moves from. 0 to A, and then to B. Find pathlength and displacement.

The vectors are equal in length and pair wise make equal angles. If , then

The vectors are equal in length and pair wise make equal angles. If , then

The figure shows elliptical orbit of a planet m about the sun s . the shaded area SCD is twice, the Saded area SAB. If t1 is the time tor the planet to move trom C' and U and t2 is the time to move from A to B then

The figure shows elliptical orbit of a planet m about the sun s . the shaded area SCD is twice, the Saded area SAB. If t1 is the time tor the planet to move trom C' and U and t2 is the time to move from A to B then

A Particle of mass is at rest at t=0. The force exerting on it in -direction is . Which one of the following graph is of speed

A Particle of mass is at rest at t=0. The force exerting on it in -direction is . Which one of the following graph is of speed

As shown in figure a block of mass is aftachod with a cart. If the coefficient of static friction between the surface of cart and block is than what would be accelcration of cart to prevent the falling of block ?

As shown in figure a block of mass is aftachod with a cart. If the coefficient of static friction between the surface of cart and block is than what would be accelcration of cart to prevent the falling of block ?

If the vectors and make an abtuse angle for any , then belangs to

If the vectors and make an abtuse angle for any , then belangs to

A geostationary satellite is orbiting the earth at a height of 5R above that of surface of the earth. R being the radius of the earth. The time period of another satellite in hours at a height of 2R from the surface of earth is hr.

A geostationary satellite is orbiting the earth at a height of 5R above that of surface of the earth. R being the radius of the earth. The time period of another satellite in hours at a height of 2R from the surface of earth is hr.

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As shown in the figure particle P moves from A to $B$ and particle Q moves from C to D. Displacements for P and Q are $x$ and y respectively then

x>y
x<y
x=y
x≥y]

Here is a cube made from twelve wire each of length $L$ , An ant goes from $A$ to $G$ through path A-B-C-G. Calculate the displacement.

Here is a cube made from twelve wire each of length $L$ , An ant goes from $A$ to $G$ through path A-B-C-G. Calculate the displacement.

As shown in the figure a particle starts its motion from 0 to $A$ . And then it moves from. A to B. $stack A B with minus on top$ is an are find the Path length

As shown in the figure a particle starts its motion from 0 to $A$ . And then it moves from. A to B. $stack A B with minus on top$ is an are find the Path length

As shown in the figure a particle moves from. 0 to A, and then $A$ to B. Find pathlength and displacement.

As shown in the figure a particle moves from. 0 to A, and then $A$ to B. Find pathlength and displacement.

The figure shows elliptical orbit of a planet m about the sun s . the shaded area SCD is twice, the Saded area SAB. If t₁ is the time tor the planet to move trom C' and U and t₂ is the time to move from A to B then

The figure shows elliptical orbit of a planet m about the sun s . the shaded area SCD is twice, the Saded area SAB. If t₁ is the time tor the planet to move trom C' and U and t₂ is the time to move from A to B then

As shown in figure a block of mass $m$ is aftachod with a cart. If the coefficient of static friction between the surface of cart and block is $mu blank$ than what would be accelcration $alpha$ of cart to prevent the falling of block ?

As shown in figure a block of mass $m$ is aftachod with a cart. If the coefficient of static friction between the surface of cart and block is $mu blank$ than what would be accelcration $alpha$ of cart to prevent the falling of block ?