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6. The location of some point Pa is denoted with position vector Ta The location of...
The location of the final point is now changed and the vector pathlength from the intial t the fnal position is 25 0m at an angle of 233 degees. The net fonce moving the mass along the path remains the same (00+-800) 6. On graph paper, make a scaled drawing ofthe Vector Pathlength and the Force at the intial point assumed to be the origin) USE THE same SCALING for the force and vector pathlength.ONE Dision s 2 units. CHOOSE...
6. A proton at the origin is briefly accelerated with ãl (a, 0,0) The observation location P is a distance d from the origin, at an angle θ = 30° to the +x axis. (a) Determine the vector ãi and express your result as a vector triple (..., your result as a vector triple. your result as a vector triple. your result as a vector triple. (Assume that the displacement (b) Determine the radiative electric field at P and express...
1 2 A projectile PA is launched from point A towards the east with an initial launch velocity ves and an initial launch angle of 8aA. The impact point of the projectile Pa is a point B in a valley with an ordinate, you, located below the elevation of point A. The launch from point A is instantaneously detected at point B, and a counter projectile Pa ts launched simultaneously towards the west to intercept the incoming projectile PA. Projectile...
Problem 3 - Find the dot product between vectors A and B where Pa Worksheet 6 Vector Dot and Cross Products Problem 4 - Use the vector dot product to find the angle between vectors A and B where: Defining the Vector Cross Product: It turns out that there are some weird effects in physics that require us to invent a new kind of vector multiplication. For example, when a proton moves through a magnetic field, the force on the...
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you.
Question 1. (25 points) A point mass m is placed at the origin. A portion of a sphere is defined by density 6 and mass M. +y+2sR. ^szs R. This solid spherical cap has uniform Figure 1. A portion of a sphere (solid red region) with radius R and mass M generates an attractive force on a point mass m located at the origin. R/2 Out21- The gravitational force...
2. (From the distance test to vector stretches) Assume that A, B, C are points in the plane are on a line where B is in the middle, İ.e dist(AC)-dist(AB) + dist(BC). The goal of this exercise is to check that this is equivalent to the vector description! We will make some use of vectors and their intuition. În particular, if the coordinates of A, B, C are (zaJa), (Tb,Yb), (Te'%), we can translate them with a vector [u, v]...
Please help me correct my MATLAB script code for this
problem, thank you!!
A projectile PA is launched from point A towards the east with an initial launch velocity voa and an initial lauw angle of 0x. The impact point of the projectile Pa is a point B in a valley with an ordinate, yon, located below the clevation of point A. The launch from point A is instantaneously detected at point B, and a counter projectile P launched simultaneously...
Suppose we had a large, positively charged plate in an upright (vertical) position and a point charge with positive charge +Q. In lecture, you saw that a large charged plate gives rise to an electric field which is constant in space: we will call this electric field Eplate. Let us suppose also that we had a s bl with positive charge +q and mass m. The situation is depicted in Figure 1. +q,m +Q Figure 1 The objective of this...
Question 4 and 6
Which of the foliowing can be said about the object's position a 3) z(t), velocity u(t), or t)when t9 a The object's veloeity is related to its acceleration by v(t)fat h The objects position is related to its acceleration by z(t) If the objects acceleration is measured at some t at that same time can be calculated acceleration is measured at some time then its velocity at tha (t)ta(t) d. None of the other options The...
Please show all work with an explanation.
Two highways intersect at right angles. From
out point of view, Car A on one highway is
0.5 km from the intersection and is moving toward it at 96 km/hr,
while car B on the other highway is 1 km from the intersection and
is moving away from it at 88 km/hr. We would
therefore call the position and velocity
of car A to us to be
Position: ?⃗? ?? ?? = (0.5...