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Allushta [10]
3 years ago
11

Calculate the density if the mass of a solid material is measured as 15.00 grams and its volume is measured as 5.0 cm3? round of

f your answer to the proper number of significant figures
Physics
2 answers:
Rzqust [24]3 years ago
7 0
15.00 g / 5.0 cm³ = (15.00 ÷ 5.0) g / cm³ = 3.0 g / cm³ .
_____________________________________________________
romanna [79]3 years ago
6 0

Answer:

3.0 gm/cm³

Explanation:

Given,

Mass of solid material (m) = 15.00 grams

volume of the material (v) = 5.0 cm³

We know that density is

= \frac{mass}{volume}

Thus the density of the material is

= \frac{m}{v}

= \frac{15.00}{5.0}

= 3.0

Thus the density is 3.0 gm/cm³.

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The speed of sound in room temperature (20°C) air is 343 m/s; in room temperature helium, it is 1010 m/s. The fundamental freque
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Answer: f = 927.55Hz

Explanation: Since the the tube is open-closed, the length of air and the wavelength of sound passing through the tube is given below

L = λ/4 where λ = wavelength.

speed of sound in air = v = 343m/s.

fundamental frequency of open closed tube = 315Hz

λ = 4L.

v = fλ

343 = 315 * 4L

343 = 1260 * L

L = 343/ 1260

L = 0.27m

In the same tube of length L = 0.27m but different medium ( helium), the speed of sound is 1010m/s.

The length of tube and wavelength are related by the formulae below

L = λ/4, λ=4L

λ = 4 * 0.27

λ = 1.087m.

v = fλ

1010 = f * 1.087

f = 1010/1.807

f = 927.55Hz

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