Vector example sentences
Related (8): magnitude, direction, force, velocity, displacement, position, acceleration, momentum
"Vector" Example Sentences
Common Phrases
- The virus spreads through multiple vectors such as airborne droplets and contaminated surfaces.
- The force vector points in the direction of the applied force.
- The two vectors are at right angles to each other.
- The position vector provides the location of the particle relative to the origin.
- The force vectors add together according to the parallelogram law of vector addition.
- We can decompose the velocity vector into its horizontal and vertical components.
- I multiplied the direction vector by the magnitude to get the full vector.
- The magnitude and direction of the displacement vector determine the distance and direction of travel.
- The acceleration vector provides both the magnitude and direction of the acceleration.
- The unit vector points in the direction of the vector.
- Their plan aimed to tackle social problems through multiple vectors of change.
- The acceleration is the time derivative of the velocity vector.
- The angle between the two vectors can be calculated using the dot product.
- We represented the position vector graphically using vectors drawn from the origin.
- She is working to reduce health disparities through multiple vectors of intervention.
- The vector addition problem has multiple solutions.
- The force vectors combine to give the net force vector.
- The velocity vector can change in both magnitude and direction over time.
- The cross product of two vectors yields a vector perpendicular to both.
- The scalar projection of one vector onto another provides a vector's magnitude along that direction.
- They found effective changes required multiple vectors of coordinated action.
- The derived data vector reduced the dimensionality of the data.
- The position vector is defined relative to a chosen origin.
- A unit vector has a magnitude of one and points in the direction of the vector.
- The displacement vector equals the final position vector minus the initial position vector.
- The direction vector points from the tail to the head of the vector.
- The force vectors combined to give the net force vector, which was zero.
- His research examines various vectors of social change.
- The acceleration vector represents the rate of change of the velocity vector.
- The unit vectors i, j, and k represent the standard basis vectors.
- The velocity vector and position vector are at right angles.
- The resultant vector is the vector sum of all input vectors.
- The force vectors oppose each other, resulting in equilibrium.
- We intended to mobilize social change through multiple vectors of influence.
- The vector product yields the shortest distance between two points.
- The magnitude of a vector is the length of the vector.
- The vector sum of two vectors is their vector difference.
- The unit vectors form an orthogonal basis set.
- The direction cosines relate the vector to the coordinate axes.
- The components of the force vector determine the torque.
- The vector fields demonstrate complex interactions between forces.
- The velocity vector at any point equals the derivative of the position vector.
- The principles of vector algebra include vector addition and subtraction, scalar multiplication, and dot and cross products.
- The location of a vector in space is given by its position vector.
- The vector sum of two forces acting at the same point equals the net force.
- The vectorial components define the direction and magnitude of a vector.
- Vector spaces have properties such as closure under vector addition and scalar multiplication.
- She examined multiple vectors of institutional reform.
- The phase space vectors represent all possible system states.
- The vector product results in a vector of magnitude equal to the magnitudes of the input vectors times the sine of the angle between them.
- The position vector locates a point relative to an origin.
- The angular velocity vector determines a body's rate of rotation.
- The linear momentum vector tells us both the direction and magnitude of an object's momentum.
- They intended reforms through multiple vectors of policy change.
- We added vectors graphically by drawing them head to tail.
- The bracket product yields a scalar quantity from two input vectors.
- The influence vector represents the net influence of interconnected variables.
- The dot product between two vectors equals the product of their magnitudes times the cosine of the angle between them.
- The resultant velocity vector combines the initial velocity vector and acceleration vector.
- The vectors decompose into components along the coordinate axes.