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notes 2 lec 7to 11
100問 • 1年前
  • Nayan Kumar
  • 通報

    問題一覧

  • 1

    2

  • 2

    2

  • 3

    240N

  • 4

    120N

  • 5

    280N

  • 6

    2

  • 7

    3

  • 8

    Apparent weight is equal to

    mg

  • 9

    Apparent weight is equal to

    mg +ma

  • 10

    3

  • 11

    20N

  • 12

    Fine tension in string connected between 2 kg and 3kg

    42N

  • 13

    18N

  • 14

    If M2>M1 then find acceleration of M1 and M2 and tension in string

    t

  • 15

    Find acceleration of M1 and M2

    2

  • 16

    Find acceleration of block M1 and M2 and tension in string

    t

  • 17

    2

  • 18

    3

  • 19

    In the figure given below with what acceleration does the block of mass m will move (pulley and string are massless and frictionless)

    2g/3

  • 20

    a=10/3. &T =80/3N

  • 21

    3

  • 22

    8mg/3

  • 23

    8g/3

  • 24

    Both are same diagram or different

    same

  • 25

    Find acceleration of system

    3m/s²

  • 26

    Find a acceleration of system

    10/7. m/s²

  • 27

    Find a acceleration of system

    t

  • 28

    Find a acceleration of system

    t

  • 29

    2m2g

  • 30

    3

  • 31

    6m/s²

  • 32

    2

  • 33

    t

  • 34

    Total work done by internal force

    0

  • 35

    2

  • 36

    2a1=3a2

  • 37

    Find relation between a1 and a2

    2a1=a2

  • 38

    2

  • 39

    Find relation between velocity of plank (vp) and velocity of man (v)

    Vp=v/4

  • 40

    a1=4a2

  • 41

    3

  • 42

    4

  • 43

    3

  • 44

    2

  • 45

    4

  • 46

    Find contact force between surface and lift

    65N

  • 47

    4

  • 48

    12N

  • 49

    4

  • 50

    4

  • 51

    2

  • 52

    3

  • 53

    4

  • 54

    Find normal reaction

    t

  • 55

    4

  • 56

    a=gcot(theta)

  • 57

    a=gtan(theta)

  • 58

    1

  • 59

    Monkey question

    4

  • 60

    3

  • 61

    t

  • 62

    1

  • 63

    1

  • 64

    Find friction between block and ground

    60N

  • 65

    Find friction between block and ground

    40N

  • 66

    Find friction between block and ground

    20N

  • 67

    15N

  • 68

    Find tension in string

    0

  • 69

    Object is thrown with velocity 40m/s in rough surface of coefficient of friction 0.5 , then calculate maximum distance that the object can travel?

    160m

  • 70

    2

  • 71

    2

  • 72

    1

  • 73

    √2mg

  • 74

    t

  • 75

    40to 120N

  • 76

    Angle between normal reaction and contact force when object is just about to move on horizontal surface is called

    angle of friction

  • 77

    Angle of friction is equal to

    tan(theta)

  • 78

    3

  • 79

    t

  • 80

    4

  • 81

    If object is at rest then find friction force acting on that object

    mg

  • 82

    Recall

    4

  • 83

    1

  • 84

    3

  • 85

    1

  • 86

    3

  • 87

    Recheck

    t

  • 88

    1

  • 89

    1

  • 90

    2

  • 91

    Recheck

    t

  • 92

    1

  • 93

    2

  • 94

    1

  • 95

    60N,60N,0m/s²

  • 96

    8N,16N,2m/s²

  • 97

    1

  • 98

    3

  • 99

    200/7N

  • 100

    Find F force so that object will be at rest

    1500/42N

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    class questions

    Nayan Kumar · 8問 · 1年前

    class questions

    class questions

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    dpp questions

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    8問 • 1年前
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    mistakes previous year

    Nayan Kumar · 47問 · 1年前

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    silly mistake

    Nayan Kumar · 15問 · 1年前

    silly mistake

    silly mistake

    15問 • 1年前
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    data and facts

    data and facts

    Nayan Kumar · 18問 · 1年前

    data and facts

    data and facts

    18問 • 1年前
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    notes

    notes

    Nayan Kumar · 38問 · 1年前

    notes

    notes

    38問 • 1年前
    Nayan Kumar

    notes 1 from constant acceleration

    notes 1 from constant acceleration

    Nayan Kumar · 100問 · 1年前

    notes 1 from constant acceleration

    notes 1 from constant acceleration

    100問 • 1年前
    Nayan Kumar

    Learn fast

    Learn fast

    Nayan Kumar · 29問 · 1年前

    Learn fast

    Learn fast

    29問 • 1年前
    Nayan Kumar

    notes 2 from motion under gravity

    notes 2 from motion under gravity

    Nayan Kumar · 7問 · 1年前

    notes 2 from motion under gravity

    notes 2 from motion under gravity

    7問 • 1年前
    Nayan Kumar

    frog

    frog

    Nayan Kumar · 44問 · 1年前

    frog

    frog

    44問 • 1年前
    Nayan Kumar

    notes questions

    notes questions

    Nayan Kumar · 71問 · 1年前

    notes questions

    notes questions

    71問 • 1年前
    Nayan Kumar

    notes 1 electrolytic cell

    notes 1 electrolytic cell

    Nayan Kumar · 66問 · 1年前

    notes 1 electrolytic cell

    notes 1 electrolytic cell

    66問 • 1年前
    Nayan Kumar

    問題一覧

  • 1

    2

  • 2

    2

  • 3

    240N

  • 4

    120N

  • 5

    280N

  • 6

    2

  • 7

    3

  • 8

    Apparent weight is equal to

    mg

  • 9

    Apparent weight is equal to

    mg +ma

  • 10

    3

  • 11

    20N

  • 12

    Fine tension in string connected between 2 kg and 3kg

    42N

  • 13

    18N

  • 14

    If M2>M1 then find acceleration of M1 and M2 and tension in string

    t

  • 15

    Find acceleration of M1 and M2

    2

  • 16

    Find acceleration of block M1 and M2 and tension in string

    t

  • 17

    2

  • 18

    3

  • 19

    In the figure given below with what acceleration does the block of mass m will move (pulley and string are massless and frictionless)

    2g/3

  • 20

    a=10/3. &T =80/3N

  • 21

    3

  • 22

    8mg/3

  • 23

    8g/3

  • 24

    Both are same diagram or different

    same

  • 25

    Find acceleration of system

    3m/s²

  • 26

    Find a acceleration of system

    10/7. m/s²

  • 27

    Find a acceleration of system

    t

  • 28

    Find a acceleration of system

    t

  • 29

    2m2g

  • 30

    3

  • 31

    6m/s²

  • 32

    2

  • 33

    t

  • 34

    Total work done by internal force

    0

  • 35

    2

  • 36

    2a1=3a2

  • 37

    Find relation between a1 and a2

    2a1=a2

  • 38

    2

  • 39

    Find relation between velocity of plank (vp) and velocity of man (v)

    Vp=v/4

  • 40

    a1=4a2

  • 41

    3

  • 42

    4

  • 43

    3

  • 44

    2

  • 45

    4

  • 46

    Find contact force between surface and lift

    65N

  • 47

    4

  • 48

    12N

  • 49

    4

  • 50

    4

  • 51

    2

  • 52

    3

  • 53

    4

  • 54

    Find normal reaction

    t

  • 55

    4

  • 56

    a=gcot(theta)

  • 57

    a=gtan(theta)

  • 58

    1

  • 59

    Monkey question

    4

  • 60

    3

  • 61

    t

  • 62

    1

  • 63

    1

  • 64

    Find friction between block and ground

    60N

  • 65

    Find friction between block and ground

    40N

  • 66

    Find friction between block and ground

    20N

  • 67

    15N

  • 68

    Find tension in string

    0

  • 69

    Object is thrown with velocity 40m/s in rough surface of coefficient of friction 0.5 , then calculate maximum distance that the object can travel?

    160m

  • 70

    2

  • 71

    2

  • 72

    1

  • 73

    √2mg

  • 74

    t

  • 75

    40to 120N

  • 76

    Angle between normal reaction and contact force when object is just about to move on horizontal surface is called

    angle of friction

  • 77

    Angle of friction is equal to

    tan(theta)

  • 78

    3

  • 79

    t

  • 80

    4

  • 81

    If object is at rest then find friction force acting on that object

    mg

  • 82

    Recall

    4

  • 83

    1

  • 84

    3

  • 85

    1

  • 86

    3

  • 87

    Recheck

    t

  • 88

    1

  • 89

    1

  • 90

    2

  • 91

    Recheck

    t

  • 92

    1

  • 93

    2

  • 94

    1

  • 95

    60N,60N,0m/s²

  • 96

    8N,16N,2m/s²

  • 97

    1

  • 98

    3

  • 99

    200/7N

  • 100

    Find F force so that object will be at rest

    1500/42N