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in fisrt picture, the load is supported by 2 springs which means that half of the load acts on each spring.also can someone explain the MCQ 9?
Its "B", since the load is always in the center for balancing it! Examiner report says that student chose C cause they thought that balance is shared!also can someone explain the MCQ 9?
Isnt the answer D?Its "B", since the load is always in the center for balancing it! Examiner report says that student chose C cause they thought that balance is shared!
the answer's DIts "B", since the load is always in the center for balancing it! Examiner report says that student chose C cause they thought that balance is shared!
6) ant-clockwise moment = clockwise moment --> F*(0.75+0.75) = 150*0.75 , OPTION As05 P1
6 , 8 , 11 , 20 and 32??
and guys E=mc^2 is no longer in our syllabus !6) ant-clockwise moment = clockwise moment --> F*(0.75+0.75) = 150*0.75 , OPTION A
8) uptil 10 the extension is uniform, but after ten its not so OPTION C
11) use E=mc^2 , OPTION D
20) v=f*lamda --> 1.5 , then use v=distance/time , OPTION C
thanks6) ant-clockwise moment = clockwise moment --> F*(0.75+0.75) = 150*0.75 , OPTION A
8) uptil 10 the extension is uniform, but after ten its not so OPTION C
11) use E=mc^2 , OPTION D
20) v=f*lamda --> 1.5 , then use v=distance/time , OPTION C
Question for you guys, designed by myself
A bicycle moves round a turn with a constant speed. What two statements from the following explain the force acting on the bicycle and its direction of acceleration?
1 Since the speed is constant, there is no force acting on the cycle.
2 Since the speed is constant, there is no acceleration.
3 A force acts on the cycle towards the center of the round turn.
4 Acceleration acts towards the center of the round turn.
5 Acceleration and force both act perpendicularly to each other with acceleration being tangent to the round turn and force towards the center.
A) 1 and 2
B) 3 and 5
C) 2 and 3
D) 3 and 4
yes its not in syllabus !and guys E=mc^2 is no longer in our syllabus !
wait , no , its B 3 and 5.
c
DQuestion for you guys, designed by myself
A bicycle moves round a turn with a constant speed. What two statements from the following explain the force acting on the bicycle and its direction of acceleration?
1 Since the speed is constant, there is no force acting on the cycle.
2 Since the speed is constant, there is no acceleration.
3 A force acts on the cycle towards the center of the round turn.
4 Acceleration acts towards the center of the round turn.
5 Acceleration and force both act perpendicularly to each other with acceleration being tangent to the round turn and force towards the center.
A) 1 and 2
B) 3 and 5
C) 2 and 3
D) 3 and 4
all rules that apply to circular motion
answer is Di would go with option C my guess
What are the rules? Just want to make sure you didnt make a guess.all rules that apply to circular motion
here is the detailed explanation...for those who made a guessanswer is D
What are the rules? Just want to make sure you didnt make a guess.
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