Answer:
3.73994
No,
Explanation:
= Pressure at the bottom of the lake = 3.5 atm
= Pressure at the top of the lake = 1 atm
= Volume at the bottom of the lake
= Volume at the top of the lake
= Temperature at the bottom of the lake = 4 °C
= Temperature at the top of the lake = 23 °C
From ideal gas law we have the relation
The ratio is 3.73994
As Jacques is ascending if he holds his breath his lungs acting like a bubble would expand. Hence, it is not safe to hold his breath while ascending,
Answer
given,
I(t) = I₀ sin(ωt),
M = 0.0034 H, I₀ = 5.4 A, ω = 143 rad/s.
a) magnitude of induced emf in terms of M and I
ε₂ = 
b) magnitude of induced emf in terms of M, Io, and ω
now,
ε₂ = 
c) maximum value of |ε2|, εmax, in terms of M, I₀ , and ω.
|ε₂| = 
for ε_{max} , cos ωt = 1
ε_{max} = 
d) numerical value of εmax in V.
ε_{max} =
ε_{max} = 
ε_{max} = 2.63 V
Answer:
b. The balloons will decrease to half their original size.
Explanation:
Answer:
<h2 /><h2>1) Radon is colorless at standard temperature and pressure and it is the most dense gas known. At temperature below it's freezing point is has a brilliant yellow phosphorescence. It is chemically unreactive, it is highly radioactive and has a short half life.</h2>
<h2>2) 7.5 times heavier than air and more than 100 times heavier than hydrogen. The gas liquefies at −61.8 °C (−79.2 °F) and freezes at −71 °C (−96 °F). On further cooling, solid radon glows with a soft yellow light that becomes orange-red at the temperature of liquid air (−195 °C [−319 °F]).</h2>
<h2 /><h2 /><h2 />
Explanation:
<h2>I think this much is enough , as more information </h2><h2>is given in other answer if more is needed just </h2><h2>comment me I will answer you there only.</h2>
Answer:
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