Answer:
The net force is 5832 Newton
\texttt{ }
Further explanation
Given:
mass = m = 2160 kg
initial speed = u = 0 m/s
final speed = v = 27 m/s
time taken = t = 10.0 seconds
Asked:
net force = F = ?
Solution:
F = m aF=ma
F = m ( v -u ) \div tF=m(v−u)÷t
F = 2160 \times ( 27 - 0 ) \div 10.0F=2160×(27−0)÷10.0
F = 2160 \times 27 \div 10.0F=2160×27÷10.0
F = 58320 \div 10.00F=58320÷10.00
F = 5832 \texttt{ Newton}F=5832 Newton
Learn more
Vectors of Displacement : brainly.ph/question/2486476
Acceleration : brainly.ph/question/2484588
Average Acceleration : brainly.ph/question/1990524
Police Car and Speeding Car : brainly.ph/question/2489300
Acceleration of Golf Ball : brainly.ph/question/2476713
#LearnWithBrainly
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Answers & Comments
Answer:
The net force is 5832 Newton
\texttt{ }
Further explanation
Given:
mass = m = 2160 kg
initial speed = u = 0 m/s
final speed = v = 27 m/s
time taken = t = 10.0 seconds
Asked:
net force = F = ?
Solution:
F = m aF=ma
F = m ( v -u ) \div tF=m(v−u)÷t
F = 2160 \times ( 27 - 0 ) \div 10.0F=2160×(27−0)÷10.0
F = 2160 \times 27 \div 10.0F=2160×27÷10.0
F = 58320 \div 10.00F=58320÷10.00
F = 5832 \texttt{ Newton}F=5832 Newton
\texttt{ }
Learn more
Vectors of Displacement : brainly.ph/question/2486476
Acceleration : brainly.ph/question/2484588
Average Acceleration : brainly.ph/question/1990524
Police Car and Speeding Car : brainly.ph/question/2489300
Acceleration of Golf Ball : brainly.ph/question/2476713
\texttt{ }
#LearnWithBrainly