Answer;
= 13.33 m/s²
Solution;
From the second Newton's law of motion;
F= ma
F is the force = 40 N
M is the mass = 3 kg
a is the acceleration;
40 = 3 × a
a = 40/3
= 13.33 m/s²
Hence; the maximum acceleration the bag can withstand before ripping is 13.33 m/s²
Answer:
Explanation:
Consider two point charges located on the x axis: one charge, q1 = -19.5 nC , is located at x1 = -1.670 m ; the second charge, q2 = 34.0 nC , is at the origin (x=0).
Given that:
q1 = -19.5 nC , x1 = -1.670 m, q2 = 34.0 nC , x2=0, q3 = 54.5 nC, x3 = -1.145 m
From Coloumbs law, the force between two charges is given by the formula:
Hence the force of attraction of q1 on q3 is given by:
Hence the force of attraction of q2 on q3 is given by:
The force of attraction of q1 on q3 is in the negative direction and force of attraction of q2 on q3 is in the negative direction. Hence the net force is:
Answer:
W = 24.01 N
Explanation:
given,
mass of Jupiter = 300 x
radius = 11 x
weight of 1 Kg on Jupiter = ?
using equation of acceleration of gravity
mass of Jupiter = 300 M
radius of the Jupiter = 11 R
now, acceleration due to gravity
acceleration due to gravity of Jupiter
g' = 24.01 m/s²
Weight of the rock in Jupiter
W = m g'
W = 1 x 24.01
W = 24.01 N
Answer:
Generally Accepted Accounting Principles (GAAP)
Explanation:
The body of rules and procedures that guide the measurement and communication of financial accounting information in the United States is known as: