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Physics-

General

Easy

Question

If three vectors act at a point ' $O$ ' as shown in the figure then the value of ' $theta$ ' & 'P' are

15°, $10 \sqrt{2} N$
45°, 10 N
75°, $10 \sqrt{2} N$
90°, 20 N

The correct answer is: 90°, 20 N

Related Questions to study

A person moving on a motor cycle in a ground takes a turn through 60° on his left after every 50 m. Then find the magnitude of displacement suffered by him after 9^th turn

A person moving on a motor cycle in a ground takes a turn through 60° on his left after every 50 m. Then find the magnitude of displacement suffered by him after 9^th turn

physics-General

If ' O ' is at equilibrium then the values of the tension $T subscript 1 end subscript$ and $T subscript 2 end subscript$ are x, y, if 20 N is vertically down. Then x, y are

If ' O ' is at equilibrium then the values of the tension $T subscript 1 end subscript$ and $T subscript 2 end subscript$ are x, y, if 20 N is vertically down. Then x, y are

physics-General

Figure shows three vectors $stack a with rightwards arrow on top comma stack b with rightwards arrow on top$ and $stack c with rightwards arrow on top$ , where R is the midpoint of PQ. Then which of the following relations is correct?

Figure shows three vectors $stack a with rightwards arrow on top comma stack b with rightwards arrow on top$ and $stack c with rightwards arrow on top$ , where R is the midpoint of PQ. Then which of the following relations is correct?

physics-General

parallel

In a Rhombus PQRS; QRS = x° then P = ?

In a Rhombus PQRS; QRS = x° then P = ?

In an Isosceles Trapezium PQRS, PR = (5x + 2) and QS = (8x-7 cm - ) then find the length of PR.

In an Isosceles Trapezium PQRS, PR = (5x + 2) and QS = (8x-7 cm - ) then find the length of PR.

ABCD is a square then find ' ' a in the given figure

ABCD is a square then find ' ' a in the given figure

parallel

What is the value of 'a '?

What is the value of 'a '?

Find the value of ' ' x in the following figure

Find the value of ' ' x in the following figure

In $triangle A B C$ If $stack A P with bar on top$ bisects $angle A B comma stack B P with bar on top$ bisects ÐABC $stack A P with bar on top equals square root of 3 comma stack B P with bar on top equals square root of 3$ and CP = 3 then find Area of DABC.

insufficient data/incorrect question

In $triangle A B C$ If $stack A P with bar on top$ bisects $angle A B comma stack B P with bar on top$ bisects ÐABC $stack A P with bar on top equals square root of 3 comma stack B P with bar on top equals square root of 3$ and CP = 3 then find Area of DABC.

insufficient data/incorrect question

parallel

The three s ides of $triangle A B C$ are extended as shown so that $B D equals fraction numerator 1 over denominator 2 end fraction A B comma C E equals fraction numerator 1 over denominator 2 end fraction B C$ and $A F equals fraction numerator 1 over denominator 2 end fraction C A$ Find the ratio of the area of $capital delta D E F$ to that of $triangle A B C.$

The three s ides of $triangle A B C$ are extended as shown so that $B D equals fraction numerator 1 over denominator 2 end fraction A B comma C E equals fraction numerator 1 over denominator 2 end fraction B C$ and $A F equals fraction numerator 1 over denominator 2 end fraction C A$ Find the ratio of the area of $capital delta D E F$ to that of $triangle A B C.$

in $triangle A B C text , end text$ BC = 13, CA=14, AB=15. If D is a point on $stack A C with bar on top$ such that $stack B D with bar on top perpendicular stack A C with bar on top$ then length of $stack B D with bar on top.$

in $triangle A B C text , end text$ BC = 13, CA=14, AB=15. If D is a point on $stack A C with bar on top$ such that $stack B D with bar on top perpendicular stack A C with bar on top$ then length of $stack B D with bar on top.$

In $triangle A B C$ if AD is bisector of $stack B A C with _ below$ and DE bisects $open floor B D A comma open floor B equals 40 to the power of ring operator end exponent comma open floor C equals 80 to the power of ring operator end exponent close close close$ find $left floor B E D.$

In $triangle A B C$ if AD is bisector of $stack B A C with _ below$ and DE bisects $open floor B D A comma open floor B equals 40 to the power of ring operator end exponent comma open floor C equals 80 to the power of ring operator end exponent close close close$ find $left floor B E D.$

parallel

In given figure $stack A B with rightwards arrow on top equals stack A C with bar on top$ and $stack B C with bar on top equals stack C D with bar on top comma$ if $B A C equals 80 to the power of ring operator end exponent blank$ then find $∣ C D B$

In given figure $stack A B with rightwards arrow on top equals stack A C with bar on top$ and $stack B C with bar on top equals stack C D with bar on top comma$ if $B A C equals 80 to the power of ring operator end exponent blank$ then find $∣ C D B$

$triangle A B C$ is an Isosceles Triangle, if $A equals 92 to the power of ring operator end exponent$ then find ABD .

$triangle A B C$ is an Isosceles Triangle, if $A equals 92 to the power of ring operator end exponent$ then find ABD .

Lines PS, QT and RU intersect at a common point ‘O’. P is joined to Q, R to S and T to U to form tr iangles. Then f ind the value of $angle P plus angle Q plus angle R plus angle S plus angle T plus angle U equals$

Lines PS, QT and RU intersect at a common point ‘O’. P is joined to Q, R to S and T to U to form tr iangles. Then f ind the value of $angle P plus angle Q plus angle R plus angle S plus angle T plus angle U equals$

parallel

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