QI.What is the linear momentum for particle A (kg.m/s)?(C) +2i+3 j+3 k(A) +4i+6j+6 k(B) - 4 i+ 6j+6 k(D) - 2i+3j+3 kQ2.What is the position vector for particle B (m)?(C) +0.9 i+1.2 j+ 1.2 k(A) +1.2 i+0.9j+1.2 k(B) +1.2 i+ 1.2 j+0.9 k(D) +1.2 i+1.2 j+ 1.2 k Part A: Q1 to Q4Vc0.9 mFigure 1VB2.4 m1.2 mB12VA15 m1.2 mA

Mass of particle A is not given. please provide full question. we can solve second part for you.…

Q1. What is the linear momentum for particle A (kg.m/s)? (A) +4i+6j+6 k (B) - 4 i+6j+6 k (C) +2i+3j+3 k (D) - 2i+3 j+3 k Q2. What is the position vector for particle B (m)? (A) +1.2 i+ 0.9 j+1.2 k (B) +1.2 i+ 1.2 j+0.9 k (C) +0.9 i+1.2 j+1.2 k (D) +1.2 i+1.2j+1.2 k

Q1. What is the linear momentum for particle A (kg.m/s)? (A) +4i+6j+6 k (B) - 4 i+6j+6 k (C) +2i+3j+3 k (D) - 2i+3 j+3 k Q2. What is the position vector for particle B (m)? (A) +1.2 i+ 0.9 j+1.2 k (B) +1.2 i+ 1.2 j+0.9 k (C) +0.9 i+1.2 j+1.2 k (D) +1.2 i+1.2j+1.2 k

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.

Question

QI.
What is the linear momentum for particle A (kg.m/s)?
(C) +2i+3 j+3 k
(A) +4i+6j+6 k
(B) - 4 i+ 6j+6 k
(D) - 2i+3j+3 k
Q2.
What is the position vector for particle B (m)?
(C) +0.9 i+1.2 j+ 1.2 k
(A) +1.2 i+0.9j+1.2 k
(B) +1.2 i+ 1.2 j+0.9 k
(D) +1.2 i+1.2 j+ 1.2 k

Part A: Q1 to Q4
Vc
0.9 m
Figure 1
VB
2.4 m
1.2 m
B
12
VA
15 m
1.2 m
A

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