Physics, asked by panduammulu14, 1 year ago

velocity-time graph of a block of mass 100 g sliding on a horizontal concrete force of 5 N is shown below. The magnitude of frictional force acting on the block due to the floor is

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panduammulu14: plzz answer it fastly
Anonymous: is answer 4 Newton
Anonymous: hello ma'am
Anonymous: can u verify is it 4 N
kartikbro33: Is it 4N???? Am I right!!!!
Anonymous: 4N is correct ^^^

Answers

Answered by Anonymous
49
Hola Here_________

Here is Your Answer..!!!
___________________
⭐Actually welcome to the concept of the KINEMATICS OF A BODY

⭐FRICTION
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Inflameroftheancient: Actually, Welcome to the concepts of Friction.
Inflameroftheancient: Great AnsWER
Anonymous: XD hehe
Anonymous: Great Answer ^^^
Euhu: friction
Euhu: Hi I am devika
kartikbro33: Hi lm kartik
Euhu: hello
Euhu: I was simply joking
Answered by SmãrtyMohït
9
Here is your solution

Given :-

U = 60m/s
V= 80m/s
Time = 8 sec- 6 sec = 2 sec

acceleration =v-u/t
a=>80-60/2=
a=>10m/s

mass 100 gm = 0.1kg

Force = mass ×acceleration
f=>0.1×10= 1N

constant force 5 newton( Given )

Net force = constant force - frictional force
N.f= 5 - frictional force
1 -5 = - frictional force
frictional force = 4 newton

Hope it helps you
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