Question
In: Physics
Prove the principle of transmissibility. Show that any force can be moved along its line of...
Prove the principle of transmissibility. Show that any force can be moved along its line of action resulting in the same external motion of the object.
Solutions
genius_generous answered 2 years agoRelated Solutions
true and false questions a. Any force F acting on a rigid body can be moved...
true and false questions
a. Any force F acting on a rigid body can be moved to an
arbitrary point O provided that a couple is added whose moment is
equal to the moment of F about point O.
b. The cross product obeys the commutative law, i.e. A x B = B x
A
c. The centroid and center of mass of an object will coincide if
we assume that the object is of non-uniform density.
d. In a...
Show that a set is convex if and only if its intersection with any line is...
Show that a set is convex if and only if its intersection with
any line is convex. Show that a set is affine if and only if its
intersection with any line is affine.
The projection or scalar component of a force along a line is found by: A. Finding...
The projection or scalar component of a force along a line is found
by:
A. Finding the direction cosines for the force with respect to
a rectangular coordinate system.
B. Taking the cross product of the force and the vector
representation of the line.
C. Taking the scalar product of the force and the vector
representation of the line.
D. Finding the direction cosines for the line with respect to a
rectangular coordinate system.
A particle of mass M moves along a straight line with initial speed vi. A force...
A particle of mass M moves along a straight line with initial
speed vi. A force of magnitude Fpushes the particle a distance D
along the direction of its motion.
A) Find vf, the final speed of the particle after it has
traveled a distance D. Express the final speed in terms of vi, M,
F, and D.
B) By what multiplicative factor RK does the initial kinetic
energy increase, and by what multiplicative factor RW does the work
done...
2. a. A particle moves in a straight line along with the ? − ???? its...
2. a. A particle moves in a straight line along with the ? −
???? its displacement is given by the equation ?(?) = 5? 3 − 8? 2 +
12? + 6,? ≥ 0, where ? is measured in seconds and s is measured in
meters. Find: i. The velocity function of the particle at time ?
(2marks) ii. The acceleration function of the particle at time t.
(2marks) iii. The acceleration after 5 seconds (1marks) b. Find the...
Consider the apparatus shown below in which a conducting bar can be moved along two rails...
Consider the apparatus shown below in which a conducting bar can be moved along two rails connected to a lightbulb. The whole system is immersed in a magnetic field of 0.480 T perpendicularly into the page. The vertical distance between the horizontal rails is 0.800 m. The resistance of the lightbulb is 41.2 Ω, assumed to beconstant. The bar and rails have negligible resistance. The bar is moved toward the right by a constant force of magnitude 0.600 N.(a) What...
Prove that any linear transformation ? : R? → R? maps a line passing through the...
Prove that any linear transformation ? : R? → R? maps a line
passing through the origin to either the zero vector or a line
passing through the origin. Generalize this for planes and
hyperplanes. What are the images of these under linear
transformations?
Prove that any linear transformation ? : R? → R? maps a line passing through the...
Prove that any linear transformation ? : R? → R? maps a line
passing through the origin to either the zero vector or a line
passing through the origin. Generalize this for planes and
hyperplanes. What are the images of these under linear
transformations?
6-A frame UF was moved along its own n-axis a distance of 5 units, then rotated...
6-A frame UF was moved along its own
n-axis a distance of 5 units, then rotated about its
o-axis an angle of 600 , followed by a rotation
of 600 about the z-axis, then translated about
its a-axis for 3 units, and finally rotated 450
about the x-axis. Calculate the total transformation
performed.
explain the principle of white light interferometer, and show its composition
explain the principle of white light interferometer, and show
its composition
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