Sentences with RADIUS-VECTOR
Check out our example sentences below to help you understand the context.Sentences
1
"The radius vector of a point in a plane is a line segment joining the origin to the point."
2
"To find the length of a radius vector, we need to calculate the distance between the origin and the point."
3
"In polar coordinates, a point is represented by a radius vector and an angle."
4
"The position of a planet in its orbit can be determined by its radius vector."
5
"The magnitude of a radius vector is sometimes referred to as its modulus."
6
"The direction of a radius vector is given by the angle it makes with a reference axis."
7
"To add two radius vectors, we need to calculate the resultant vector."
8
"In vector calculus, the radius vector is often used to represent the position of a particle."
9
"The radius vector of a circle's circumference is always perpendicular to the tangent line at that point."
10
"The radius vector of a moving object traces out a path known as the trajectory."
11
"In three-dimensional space, a point is described by the position vector or radius vector."
12
"The direction of a radius vector can be specified by its inclination and azimuth angles."
13
"The equation of a straight line can be expressed in terms of a radius vector and a direction vector."
14
"The radius vector of a star is a key parameter used in determining its position and motion."
15
"The radial component of a radius vector refers to its projection onto a specified axis."
16
"The radius vector of a particle in motion is constantly changing as it moves."
17
"The graphical representation of a radius vector often resembles an arrow."
18
"The radius vector of a satellite determines its position relative to the center of the Earth."
19
"The displacement of an object can be found by subtracting its initial radius vector from its final radius vector."
20
"The radius vector of a force is a vector that represents the direction and magnitude of the force."
1
"The radius vector of a point P is a line segment from the origin to the point P."
2
"The direction of the radius vector determines the position of the point in relation to the origin."
3
"The modulus of a radius vector represents the distance from the origin to the point P."
4
"In polar coordinates, a point P is defined by its radius vector and the angle it makes with the positive x-axis."
5
"The magnitude of the radius vector is called the radius of the circle."
6
"The sum of two radius vectors is another radius vector."
7
"A radius vector can also be represented by its Cartesian coordinates (x, y)."
8
"The radius vector is an important concept in vector calculus."
9
"The direction of the radius vector is sometimes given by its angle with the positive x-axis."
10
"The radius vector is often used to describe the position of a particle in space."
