Expressed in terms of Cartesian unit vectors, a displacement
vector has the form: A=(3.00m)i-(4.00m)j where the units are given
(meters) Express this vector in polar form
The screw eye is subjected to the two forces shown. Express each force in Cartesian vector form and then determine the resultant force. Find the magnitude and coordinate direction angles of the resultant force.
The vector A has a magnitude of 16.5 and a direction of 146
degrees. The vector B has a magnitude of 17 and a direction of 69.5
degrees. The vector C has a magnitude of 16.5 and a direction of 32
degrees. All angles are measured counterclockwise from the positive
x axis. The vector D follows the following relation: D = A + B − C
What are the magnitude and direction of the vector D?
Write a java program to convert Celsius degrees to Fahrenheit
degrees
the user enters degrees in Celsius and the program Coverts the
input to Fahrenheit using the following formula
T(°F) = T(°C) × 1.8 +
32
submit the source code
Design
output
Load:
1. Design (Pseudocode )
2. Source file (Java file, make sure to include comments)
3. Output file (word or pdf or jpig file)
Differential Geometry
3. Evaluate the 1-form f = x2 dx - y2 dz
on the vector fields V = xU1 + yU2 + zU3, W = xy (U1 - U3) + yz (U1
- U2), and (1/x)V + (1/y)W.
In a two-dimensional Cartesian coordinate system the y-component
of a given vector is equal to that vector's magnitude multiplied by
which trigonometric function, with respect to the angle between
vector and y-axis?
Convert a position expressed in one of the vector notations to
the othersFromMagnitude and Angle FormCartesian Component FormMagnitude, Direction, Sense Form