A vector has components `p` and 1 with respect to a rectangular Cartesian system. The axes are rotted through an angel `alpha`about the origin the anticlockwise sense. Statement 1: IF the vector has component `p+2`and 1 with respect to the new system, then `p=-1.` Statement 2: Magnitude of the original vector and new vector remains the same.

A vector has components p and 1 with respect to a rectangular Cartesian system. The axes are rotted through an angel alphaabout the origin the anticlockwise sense. Statement 1: IF the vector has component p+2and 1 with respect to the new system, then p=-1. Statement 2: Magnitude of the original vector and new vector remains the same.

A vector has components p and 1 with respect to a rectangular Cartesian system. The axes are rotated through an angle alpha about the origin in the anticlockwise sense. Statement 1: If the vector has component p+2 and 1 with respect to the new system, then p=-1. Statement 2: Magnitude of the original vector and new vector remains the same.

Each question has four choices a, b, c, and d, out of which only one is correct. Each question contains STATEMENT 1 and STATEMENT 2. a. Both the statements are TRUE and statement 2 is the correct explanation for Statement 1. b. Both the statements are TRUE but Statement 2 is NOT the correct explanation for Statement 1. c. Statement 1 is TRUE and Statement 2 is FALSE. d. Statement 1 is FALSE and Statement 2 is TRUE. A vector has components p and 1 with respect to a rectangular Cartesian system. The axes are rotted through an angel alpha about the origin the anticlockwise sense. Statement 1: IF the vector has component p+2 and 1 with respect to the new system, then p=-1. Statement 2: Magnitude of the origin vector and the new vector remains the same.

The vector has components 2p and 1 with respect to a rectangular Cartesian system. The axes rotated through system. The axes are rotated through an a about the origin in the anticlockwise sense. If the vector has components (p+1) and 1 unit respect to the new system, then

A vector oversetrarra has components 2p and 1 with respect to a rectangular Cartesian system, this system is rotated through a certain clockwise sense, if we write the new system oversetrarr a has components (p+1) and 1 then

A vector veca has components 3p and 1 with rrespect to a rectangular cartesian system. This system is rotated through a certain angle about the origin in the counter clockwise sense. If, with respect to new system, veca has components p+1 and sqrt10 then a value of p is equal to :