Have a query? Ask a Tutor!!

Access to best educators and exclusive paper discussions

Offsite Campus Turito Championship

Can’t find what you’re looking for?

Our tutors are from top schools around the world, and they are waiting for you 24/7, anytime, anywhere.

Homework- One to One Solutions
Understand concepts to solve better
Get your doubts solved instantly

Maths-

General

Easy

Question

P is a point on the line passing through the point A(3i+j-k) and parallel to 2i-j+k such that AP =9 then the position vector of P is

6i-3j+6k
9i-2j+5k
-9i+2j-5k
$\bar{i} + \bar{j} + \bar{k}$

The correct answer is: 6i-3j+6k

Equation of the line passing through $Error converting from MathML to accessible text.$ and parallel to $Error converting from MathML to accessible text.$ is $Error converting from MathML to accessible text.$
$Error converting from MathML to accessible text.$ Þ $Error converting from MathML to accessible text.$
9 = $Error converting from MathML to accessible text.$
Þ t = ±3
$Error converting from MathML to accessible text.$

Related Questions to study

If ABCDEF is a regular hexagon and G is the centre of hexagon and $Error converting from MathML to accessible text.$ then $lambda space equals space$

If ABCDEF is a regular hexagon and G is the centre of hexagon and $Error converting from MathML to accessible text.$ then $lambda space equals space$

Unit vector making angles $fraction numerator text π end text over denominator text 6 end text end fraction comma fraction numerator text π end text over denominator text 6 end text end fraction comma fraction numerator text π end text over denominator text 3 end text end fraction$ with $Error converting from MathML to accessible text.$ direction is :

Unit vector making angles $fraction numerator text π end text over denominator text 6 end text end fraction comma fraction numerator text π end text over denominator text 6 end text end fraction comma fraction numerator text π end text over denominator text 3 end text end fraction$ with $Error converting from MathML to accessible text.$ direction is :

If the three vectors 2i-j+k, i+2 $lambda$ j-3k and 3i+j+5k are coplanar then $lambda$ =

If the three vectors 2i-j+k, i+2 $lambda$ j-3k and 3i+j+5k are coplanar then $lambda$ =

parallel

If a = 2i+4j-5k, b= i+j+k, c = j+2k then the unit vector parallel to a+b+c is

If a = 2i+4j-5k, b= i+j+k, c = j+2k then the unit vector parallel to a+b+c is

The ratio in which the line segment joining $x subscript 1 end subscript stack i with minus on top$ + $y subscript 1 end subscript stack j with minus on top$ + $z subscript 1 end subscript stack k with minus on top$ and $x subscript 2 end subscript stack i with minus on top$ + $y subscript 2 end subscript stack j with minus on top$ + $z subscript 2 end subscript stack k with minus on top$ is divided by x $stack i with minus on top$ +y $stack j with minus on top$ +z $Error converting from MathML to accessible text.$ is

The ratio in which the line segment joining $x subscript 1 end subscript stack i with minus on top$ + $y subscript 1 end subscript stack j with minus on top$ + $z subscript 1 end subscript stack k with minus on top$ and $x subscript 2 end subscript stack i with minus on top$ + $y subscript 2 end subscript stack j with minus on top$ + $z subscript 2 end subscript stack k with minus on top$ is divided by x $stack i with minus on top$ +y $stack j with minus on top$ +z $Error converting from MathML to accessible text.$ is

A body initially at rest, starts moving along x-axis in such a way so that its acceleration vs displacement plot is as shown in figure. The maximum velocity of particle is

A body initially at rest, starts moving along x-axis in such a way so that its acceleration vs displacement plot is as shown in figure. The maximum velocity of particle is

Physics-General

parallel

Each of the three graphs represents acceleration versus time for an object that already has a positive velocity at time t₁. Which graphs show an object whose speed is increasing for the entire time interval between t₁ and t₂?

Each of the three graphs represents acceleration versus time for an object that already has a positive velocity at time t₁. Which graphs show an object whose speed is increasing for the entire time interval between t₁ and t₂?

Physics-General

The graph to the right is a plot of position versus time. For which labeled region is the velocity positive and the acceleration negative?

The graph to the right is a plot of position versus time. For which labeled region is the velocity positive and the acceleration negative?

Physics-General

A body moves with velocity $v equals e n invisible function application x m divided by s$ where x is its position The net force acting on body is zero at:

A body moves with velocity $v equals e n invisible function application x m divided by s$ where x is its position The net force acting on body is zero at:

Physics-General

parallel

After firing, a bullet is found to move at an angle of 37° to horizontal. Its acceleration is 10 m/ s ² downwards. Find the component of acceleration in the direction of the velocity.

After firing, a bullet is found to move at an angle of 37° to horizontal. Its acceleration is 10 m/ s ² downwards. Find the component of acceleration in the direction of the velocity.

Physics-General

A gas bubble oscillates with a time period T proportional to Pa db E_c where P is pressure, d is the density and E is the energy. The values of a, b & c are :

A gas bubble oscillates with a time period T proportional to Pa db E_c where P is pressure, d is the density and E is the energy. The values of a, b & c are :

Physics-General

The figure shows a simple harmonic progressive transverse wave, progressing towards the right. The particle having the maximum acceleration directed downwards is represented by

The figure shows a simple harmonic progressive transverse wave, progressing towards the right. The particle having the maximum acceleration directed downwards is represented by

Physics-General

parallel

Two graphs of the same harmonic wave are shown below. The graph (1) on the left shows the displacement of wave y, as a function of position x for a given instant of time. The graph (2) on the right shows the displacement of wave as a function of time 't' for a given position. The speed of the wave is

Two graphs of the same harmonic wave are shown below. The graph (1) on the left shows the displacement of wave y, as a function of position x for a given instant of time. The graph (2) on the right shows the displacement of wave as a function of time 't' for a given position. The speed of the wave is

Physics-General

The prong of a electrically operated tuning fork is connected to a long string $mu equals 1 k g divided by m$ and tension 25 N. The maximum velocity of the of prong is 1 cm/s, then the average power needed to drive the prong is:

The prong of a electrically operated tuning fork is connected to a long string $mu equals 1 k g divided by m$ and tension 25 N. The maximum velocity of the of prong is 1 cm/s, then the average power needed to drive the prong is:

Physics-General

The wave motion has the function $y equals a subscript 0 end subscript s i n invisible function application left parenthesis omega t minus k x right parenthesis$ The graph in the figure w sin (shows how the displacement y at a fixed point varies with time t. Which one of the labelled points shows a displacement equal to that at the position $x equals pi divided by 2 k$ at time t = 0?

The wave motion has the function $y equals a subscript 0 end subscript s i n invisible function application left parenthesis omega t minus k x right parenthesis$ The graph in the figure w sin (shows how the displacement y at a fixed point varies with time t. Which one of the labelled points shows a displacement equal to that at the position $x equals pi divided by 2 k$ at time t = 0?

Physics-General

parallel

card img

With Turito Academy.

card img

With Turito Foundation.

card img

Get an Expert Advice From Turito.

Turito Academy

card img

With Turito Academy.

Test Prep

card img

With Turito Foundation.