問題一覧
1
3,290
2
protons and electrons
3
Execution time
4
II and III only
5
Is the maximum amount of energy that may be removed from a system and its environment in an ideal work interaction.
6
Nylon
7
781
8
Company B`s profit and inventory book value will be higher than for company A.
9
F.82
10
7.9
11
overall strategy for the entire organization
12
N/m^2
13
clc
14
51.85 cm
15
179 mL
16
12.6 kJ
17
10/7, 10/7, 20/7
18
0.75 m
19
Strength weakness opportunities and threats
20
P 467, 760
21
Operations management
22
Force, velocity and time
23
Capital recovery factor and sinking fund factor are reciprocals.
24
Power
25
0.01 s
26
Leading
27
69,551.62
28
The net energy crossing the system boundary is the changed in energy inside the system.
29
7
30
mass
31
x^2
32
External issues
33
24.2 m/s
34
Second Law of Thermodynamics
35
Technological forces
36
The heat transfer is zero
37
2.3 kPa
38
P 18000
39
I, II, III and IV
40
ω = sqrt (k/m)
41
Time, location and culture
42
The total organization
43
V = M/(ρa – ρ)
44
addition polymerization
45
A machine language
46
Algorithm
47
Software that is used to translate high-level language into machine code
48
1, 2, 3 and 4
49
$F$4
50
624
51
calls itself
52
II and III
53
Less code and more memory
54
XOR
55
Flip-flop
56
Density
57
Second law of thermodynamics
58
II only
59
5.97 x 10 24 kg
60
Newton’s second law
61
independent on
62
First law of thermodynamics
63
weight
64
Force, mass, distance, velocity
65
Intensive property
66
First law of thermodynamics
67
Kinematics
68
45 deg
69
Principle of transmissibility
70
Force, mass, velocity, time
EE
EE
ユーザ名非公開 · 100問 · 2年前EE
EE
100問 • 2年前EE 2
EE 2
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EE 2
100問 • 1年前EE 3
EE 3
ユーザ名非公開 · 25問 · 1年前EE 3
EE 3
25問 • 1年前ESAS
ESAS
ユーザ名非公開 · 3回閲覧 · 100問 · 1年前ESAS
ESAS
3回閲覧 • 100問 • 1年前ESAS 2
ESAS 2
ユーザ名非公開 · 100問 · 1年前ESAS 2
ESAS 2
100問 • 1年前EE Laws
EE Laws
ユーザ名非公開 · 100問 · 1年前EE Laws
EE Laws
100問 • 1年前問題一覧
1
3,290
2
protons and electrons
3
Execution time
4
II and III only
5
Is the maximum amount of energy that may be removed from a system and its environment in an ideal work interaction.
6
Nylon
7
781
8
Company B`s profit and inventory book value will be higher than for company A.
9
F.82
10
7.9
11
overall strategy for the entire organization
12
N/m^2
13
clc
14
51.85 cm
15
179 mL
16
12.6 kJ
17
10/7, 10/7, 20/7
18
0.75 m
19
Strength weakness opportunities and threats
20
P 467, 760
21
Operations management
22
Force, velocity and time
23
Capital recovery factor and sinking fund factor are reciprocals.
24
Power
25
0.01 s
26
Leading
27
69,551.62
28
The net energy crossing the system boundary is the changed in energy inside the system.
29
7
30
mass
31
x^2
32
External issues
33
24.2 m/s
34
Second Law of Thermodynamics
35
Technological forces
36
The heat transfer is zero
37
2.3 kPa
38
P 18000
39
I, II, III and IV
40
ω = sqrt (k/m)
41
Time, location and culture
42
The total organization
43
V = M/(ρa – ρ)
44
addition polymerization
45
A machine language
46
Algorithm
47
Software that is used to translate high-level language into machine code
48
1, 2, 3 and 4
49
$F$4
50
624
51
calls itself
52
II and III
53
Less code and more memory
54
XOR
55
Flip-flop
56
Density
57
Second law of thermodynamics
58
II only
59
5.97 x 10 24 kg
60
Newton’s second law
61
independent on
62
First law of thermodynamics
63
weight
64
Force, mass, distance, velocity
65
Intensive property
66
First law of thermodynamics
67
Kinematics
68
45 deg
69
Principle of transmissibility
70
Force, mass, velocity, time