a.) remains constant, b.) depends on the decrease in the submarine's volume, c.) increases, d.) depends on the strength of the submarine's hull, e.) decreases 1.) As a submarine dives, the pressure on it's hull a.) remains constant, b.) depends on the decrease in the submarine's volume c.) increases, d.) depends on the strength of the submarine's hull, e.) decrease,

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Chapter1: Units, Trigonometry. And Vectors
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Can you please answer the following questions and thank you
1.) As a submarine dives, the pressure on it's hull 0
a.) remains constant, b.) depends on the decrease in the submarine's volume
c.) increases, d.) depends on the strength of the submarine's hull, e.) decreases
2.) A glass rod is 50 cm long and 0.020 m in diameter. The coefficient of linear expansior
of the rod is 9.0 x 106 °C-'. When the temperature increases by 60 °K, its change in
length in m is
iVEng of sub noinsrol
a.) 1.2 x 10“, b.) 1.5 x 10“, c.) 2.9 x 10“, d.) 1.7 x 10, e.) 2.7 x 10
3.) The most probable macrostate is the one with
Instano dmoluo
a.) the smallest number of microstates, b.) the largest number of microstates,
c.) the smallest probability, d.) the least disorder, e.) the smallest entropy
1o vilidsarm9
lo vtivinims9
e.) 5 s 26D IsoviaU
4.) What is the time constant of the RC circuit shown below.
a.) 25 s,
b.) 20 s,
c.) 15 s,
d.) 10 s,
IMQ
20µF
noinsolni 1sordto .p2iM
www
0001-m 1
Ino I
10µF
10µF
Transcribed Image Text:1.) As a submarine dives, the pressure on it's hull 0 a.) remains constant, b.) depends on the decrease in the submarine's volume c.) increases, d.) depends on the strength of the submarine's hull, e.) decreases 2.) A glass rod is 50 cm long and 0.020 m in diameter. The coefficient of linear expansior of the rod is 9.0 x 106 °C-'. When the temperature increases by 60 °K, its change in length in m is iVEng of sub noinsrol a.) 1.2 x 10“, b.) 1.5 x 10“, c.) 2.9 x 10“, d.) 1.7 x 10, e.) 2.7 x 10 3.) The most probable macrostate is the one with Instano dmoluo a.) the smallest number of microstates, b.) the largest number of microstates, c.) the smallest probability, d.) the least disorder, e.) the smallest entropy 1o vilidsarm9 lo vtivinims9 e.) 5 s 26D IsoviaU 4.) What is the time constant of the RC circuit shown below. a.) 25 s, b.) 20 s, c.) 15 s, d.) 10 s, IMQ 20µF noinsolni 1sordto .p2iM www 0001-m 1 Ino I 10µF 10µF
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