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3 years ago

The density of titanium is 4.51 g/cm^3. what is the volume (in cubic inches) of 3.5 lb of titanium?

2 answers:

4 0

<span>(3.5 lb Ti) x (453.592 g Ti / 1 lb Ti) x (1 cm^3 Ti / 4.51 g Ti) x 0.0610237 in^3 / 1 cm^3) = 21 in^3 Ti. Use factor label method to cancel out units and make sure to cancel out the units to the solution, which in this case is volume of titanium in cubic inches. We only keep two digits because the original numbers use have two sig figs as the least amount when doing multiplication or division.</span>

zepelin [54]3 years ago

4 0

The volume of 3.5 lb of titanium in cubic inches is 21.48 inch³

<h2>Further Explanation;</h2><h3>Density </h3>

Density refers to the measure of compactness of a material.
It is the mass of a substance or material per unit volume.
Mathematically;

$Density = \frac{mass}{Volume}$

Density is measured in g/cm³ or kg/m³

Mass refers to the amount of matter in a substance.
The S.i units of mass is Kg but can be measured using other units such as grams.

<h3>Volume </h3>

Volume refers to the space occupied by a substance or a shape.
The S.I. units of volume is m³, but can be measured using other units such as cm³, in³, etc.

From the question above;

$Density = 4.51 g/cm^{3} \\Mass = 3.5 pounds$

But;

1 pound = 453.592 grams

Therefore;

3.5 pounds = (3.5 × 453.592)

= 1,587.57 grams

But;

$Volume = \frac{Mass}{Density}$

Thus;

$volume = \frac{1,587.57 g}{4.51 g/cm^{3} }$

$volume = 352.01 cm^{3}$

But;

1 inch³ = 16.3871 cm³

Thus;

352.01 cm³ = (352.01 ÷ 16.3871 )inch³

= 21.48 inch³

The volume of 3.5 lb of titanium in cubic inches is 21.48 inch³

Keywords: Density, mass, volume

Learn more about:

Level: High school

Subject: Physics

Topic: Mass, volume and Density

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The energy of the radio wave is $6.6194\times 10^{-26} J$ .

Explanation:

Frequency of the radio waves, ν = 99.9 MHz = $99.9\times 10^6 Hz$

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The wavelength of the radio wave is 3.003 m.

The energy of the electromagnetic wave is given by Planck's equation:

$E=h\times \nu$

h = Planck's constant = $6.626\times 10^{-34} Js$

The energy of the radio wave with 99.9 MHz frequency will be:

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3 years ago

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What is the atomic mass, in amu, of this atom?

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In the laboratory a student determines the specific heat of a metal. He heats 19.5 grams of copper to 98.27 °C and then drops it

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Answer:

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Explanation:

<u>Step 1: </u>Data given

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m(water) * c(water) * ΔT(water) = - m(copper) * c(copper) *ΔT(copper)

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⇒ with c(water) = 4.184 J/g°C

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