Read the following explanation and answer subquestions (1) through (7) below.
Hz is the SI unit typically used to measure sound A.
Hz is a unit representing the C of a wave that repeats 1 B times; the larger this value, the more D it becomes, and the smaller it is, the more E it becomes.
(1) Select the number that corresponds to A from the options below.
1: Magnitude
2: Height
3: Resonance
4: Muddiness
(2) Select the unit that corresponds to B from the options below by number.
1: m (meter)
2: kg (kilogram)
3: L (liter)
4: s (seconds)
5: h (hours)
6: J (joules)
7: mol (moles)
8: N (newtons)
9: Pa (pascals)
(3) Select the number below that corresponds to C.
1: Magnitude
2: Frequency
3: Constant
4: Place of origin
(4) Select the number that best fits D from the options below.
1: Loud sound
2: Soft sound
3: High-pitched sound
4: Low-pitched sound
5: Resonant sound
6: Sound with no resonance
7: A muffled sound
8: A clear sound
(5) Select the number below that best describes E.
1: A loud sound
2: A soft sound
3: A high-pitched sound
4: A low-pitched sound
5: A resonant sound
6: A sound that does not resonate at all
7: A muffled sound
8: A sound that carries well
(6) Select the number below that corresponds to the standard pronunciation of Hz.
1: Hezu
2: Hesu
3: Heru
4: Hetsu
5: Hertz
6: Perzu
7: Waltz
8: Keltz
9: Kelp
(7) Select the correct definition of Hz from the options below by number.
1: s2
2: s1
3: s21
4: J2/s
5: sdB
6: s22×dB
7: AN×s
8: W×V×s2
9: N/s
Let An be the number selected as the answer to subquestion n (where n=1,2,…,7).
Each An corresponds to the number of the specified choice (a natural number from 1 to 9).
Output a 7-digit natural number representing the answer, consisting of the answer numbers for subproblems 1 through 7 in order. As a mathematical expression, enter the natural number X obtained from the following calculation:
X=n=1∑7107−n×AnPlease sign in to submit an answer
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