Two vectors `vec P and vec Q` are inclinded to each other at `60^(@)`.

preview_player
Показать описание
Two vectors `vec P and vec Q` are inclinded to each other at `60^(@)`. The magnitude of `vec P and vec Q` are 10 and 15 units respectively. What is the angle `(alpha)` made by their resultant `vec R" with "vec P` ?
  1. Doubtnut
Рекомендации по теме
The vector sum 0:05:18

The vector sum of two vectors \( \vec{P} \) and \( \vec{Q} \) is \(...

How To Find 0:11:10

How To Find The Resultant of Two Vectors

Two vectors `vec 0:04:25

Two vectors `vec P and vec Q` are inclinded to each other at `60^(@)`.

If two vectors 0:02:57

If two vectors \(\vec{P}=\hat{i}+2 m \hat{j}+m \hat{k}\) and \(\vec{Q}=4 \hat{i}-2 \hat{j}+m \ha....

Vector Projections | 0:05:17

Vector Projections | Vector Calculus #17

The greatest resultant 0:04:30

The greatest resultant of two vectors `vec P` and `vec Q` is (n) times their least reast resultant.

Two vectors `vecP` 0:01:29

Two vectors `vecP` and `vecQ` that are perpendicular to each other are :

The magnitudes of 0:03:26

The magnitudes of two vectors `vecP` and `vecQ` differ by 1. The | Class 12 Physics | Doubtnut

The resultant of 0:04:11

The resultant of two vectors `vec(P)` and `vec(Q)` is `vec(R )`. If the magnitude of `vec(Q)` is

The magnitudes of 0:03:26

The magnitudes of two vectors `vecP` and `vecQ` differ by 1. The | Class 12 Physics | Doubtnut

The angle between 0:01:28

The angle between two vectors `vec P and vec Q` of magnitudes 3 and 5

Two vector ` 0:04:06

Two vector ` vec P` and ` vec Q` act at a point and have a resultant ` R_1. If `vec Q

Two vectors `vec(P) 0:02:47

Two vectors `vec(P) & vec(Q)` are arranged in such a way that they form adjacent sides of

The resultant of 0:02:59

The resultant of two vectors `vec(P)` and `vec(Q)` is `vec(R)`. If `vec(Q)` is doubled then

The magnitude of 0:02:32

The magnitude of two vectors `vecP` and `vecQ` differ by `1`. The magnitude of their resultant makes

Two vectors `vecP` 0:01:35

Two vectors `vecP` and `vec Q`

The resultant of 0:06:25

The resultant of two vector `vecP and vecQ` is `vecR`. If `vecQ` is doubled then the new resultant

Figure shows the 0:01:30

Figure shows the orientation of two vectors \( \vec{u} \) and \( \v...

Twovectors vec(P) and 0:04:29

Twovectors vec(P) and vec(Q) are added, the magnitudeof resultant is 15 units. If vec(Q) is reve...

Two vectors `vec(P)andvec(Q)` 0:03:00

Two vectors `vec(P)andvec(Q)` are given `vec(P)=5hati+7hatj-3hatkandvec(Q)=2h

How to find 0:05:44

How to find the Angle between Vectors

The resultant of 0:04:10

The resultant of two vectors `vec(P)` and `vec(Q)` is `vec(R )`. If the magnitude of `vec(Q)` is...

The resultant of 0:02:14

The resultant of two vectors `vecP andvecQ is vecR`. If the magnitude of `vecQ` is new is :

Two vectors vec 0:02:16

Two vectors vec P and vec Q of the same type with tails at a point O are inclined at angle theta...