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sasho [114]
3 years ago
10

The pressure on a balloon holding 356 mL of an ideal gas is increased from 267 torr to 1.00 atm. What is the new volume of the b

alloon (in mL) at constant temperature
Physics
1 answer:
Natalija [7]3 years ago
4 0

Answer:

124.52 mL

Explanation:

from Boyle's Law,

PV = P'V' ................... Equation 1

Where P = Initial pressure of the gas, V = Initial volume of the gas, P' = Final pressure of the gas, V' = Final volume of the gas.

make V' the subject of the equation.

V' = PV/P'............. Equation 2

Given: P = 267 torr = (267×0.00131) = 0.34977 atm, V = 356 mL, P' = 1 atm

Substitute into equation 2

V' = (0.34977×356)/1

V' = 124.52 mL.

Hence the new volume of the balloon = 124.52 mL

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Answer:

141.56 N.

Explanation:

Data given:

Weight of the box= 200.2 N

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Solution;

Gravitational force on the box, F_g= weight of the box

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Component of gravitational force along plane = F_g * sin( ∅ )

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If one stand of DNA reads as AATTCCGGATCG, what would the opposite strand bases be?
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TTAAGGCCTAGC

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3 years ago
Bohr’s atomic model differed from Rutherford's because it explained that electrons exist in specified energy levels surrounding
insens350 [35]

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electrons exist in specified energy levels

Explanation:

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From his experiment, Rutherford inferred that the atom actually consists of a very small nucleus, where all the positive charge is concentrated, and the rest of the atom is basically empty, with the electrons (negatively charged) orbiting around the nucleus at very large distance.

However, Rutherford did not specify anything about the orbits of the electrons. Later, Bohr predicted that the electrons actually orbit the nucleus in specific orbits, each orbit corresponding to a specific energy level. Bohr's model found confirmation in the observation of the emission spectrum lines: when an electron in one of the higher energy level jumps down into an orbit with lower energy, the atom emits a photon which has an energy exactly equal to the difference in energy between the two orbits (and this energy of the photon corresponds to a precise wavelength).

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3 years ago
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Answer:

Explanation:

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$I_2=24.38 $ A

Therefore, the current in the outer wire is 24.38 ampere.

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3 years ago
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