An ant walks due east at a constant speed of 1 mi/hr on a sheet of paper that rests on a table. Suddenly the sheet of paper starts moving southeast at 4√2 mi/hr. Describe the motion of the insect relative to the table. Consider the diagram to the right. Let vp be the velocity of the ant relative to the paper, let p be the velocity of the paper, and W- let v, be the velocity of NA OA. V₁=P-Vp OC. V₁ Vp P N S -E the ant relative to the table. Note that the diagram is not to scale. Which of the following equations should stand? Vp OB. Vt Vp +P OD. Vt =Vp-P The magnitude of the motion relative to the table is P
An ant walks due east at a constant speed of 1 mi/hr on a sheet of paper that rests on a table. Suddenly the sheet of paper starts moving southeast at 4√2 mi/hr. Describe the motion of the insect relative to the table. Consider the diagram to the right. Let vp be the velocity of the ant relative to the paper, let p be the velocity of the paper, and W- let v, be the velocity of NA OA. V₁=P-Vp OC. V₁ Vp P N S -E the ant relative to the table. Note that the diagram is not to scale. Which of the following equations should stand? Vp OB. Vt Vp +P OD. Vt =Vp-P The magnitude of the motion relative to the table is P
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:An ant walks due east at a constant speed of 1 mi/hr on a sheet of paper that
rests on a table. Suddenly the sheet of paper starts moving southeast at
4√2 mi/hr. Describe the motion of the insect relative to the table.
Consider the diagram to
the right. Let vp be the
velocity of the ant relative
to the paper, let p be the
velocity of the paper, and W-
let v, be the velocity of
N
OA. V₁ P-Vp
OC. Vt Vp P
S
-E
the ant relative to the
table. Note that the
diagram is not to scale.
Which of the following equations should stand?
Vp
The magnitude of the motion relative to the table is
(Type an exact answer, using radicals as needed.)
The direction of the motion relative to the table is
S
OB. Vt Vp +P
D. Vt=Vp-P
of
P
Next
4
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