43. A mother pushes her 120-newton child, who is
sitting on a swing. If the mother exerts a
10.-newton force on the child for 0.50 second,
wiat is the magnitude of the impulse imparted
to the child by the mother?
A) 5.0 Nos
B) 20. N/s
C) 60. Nos D ) 240 N/s
44 A 15-newton forca acto por 10

An impulse is a variation in the object's momentum when the object is subjected to force for a time period. Therefore, you can use the pulse to calculate the change in pulse or use the pulse to calculate the average impact force. The equation for impulse is given by,

[tex]J= Force \times time[/tex]

Given data:

F = 10 N

t = 0.50 s

We need to find the magnitude of the impulse. By applying the given values to the above equation, we get

[tex]J = 10 \times 0.5=5.0\ \mathrm{N} .\mathrm{s}[/tex]

43. A mother pushes her 120-newton child, who is sitting on a swing. If the mother exerts a 10.-newton force on the child for 0.50 second, wiat is the magnitude of the impulse imparted to the child by the mother? A) 5.0 Nos B) 20. N/s C) 60. Nos D ) 240 N/s 44 A 15-newton forca acto por 10

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43. A mother pushes her 120-newton child, who is
sitting on a swing. If the mother exerts a
10.-newton force on the child for 0.50 second,
wiat is the magnitude of the impulse imparted
to the child by the mother?
A) 5.0 Nos
B) 20. N/s
C) 60. Nos D ) 240 N/s
44 A 15-newton forca acto por 10