DIRECTIONS: Solve completely what is given and required by converting the units based on the DENSITY units. EXPRESSED ALL ANSWER TO SCIENTIFIC NOTATION to THREE SIGNIFICANT FIGURES for all the final answer and enclosed with a box each converted units and affix the required units.
DIRECTIONS: Solve completely what is given and required by converting the units based on the DENSITY units. EXPRESSED ALL ANSWER TO SCIENTIFIC NOTATION to THREE SIGNIFICANT FIGURES for all the final answer and enclosed with a box each converted units and affix the required units.
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DIRECTIONS: Solve completely what is given and required by converting the units based on the DENSITY units. EXPRESSED ALL ANSWER TO SCIENTIFIC NOTATION to THREE SIGNIFICANT FIGURES for all the final answer and enclosed with a box each converted units and affix the required units.
SET C : A 7.5 oz of spherical pebbles has a radius of 1.75mm. Calculate the density in g/L and its specific gravity?
V= 4/3 πr ³
Transcribed Image Text:SET A: A 3.0g of cubic ice has a dimension of 1.5 cm. in each sides. Calculate the
density into Ibs./ft, and also its specific gravity?
V = S
Given:
Solution:
P=2
M = 3.0 g – Ibs.
1x 100g
= 3.0 g x
1 Kg
1x103g
2.2 lbs
M = 3.0 g
1 g
1 Kg
(3.0) (1x 100) (2.2)
= 6.6 x 10° Ibs.
V = 1.5° cm
1x 103
= 3.38 cm
V = 3.38 cm – ft
1 in.3
16.387 cm3
1 ft3
1728 in.3
= 3.38 cm x
(3.38)
= 1.19 x 104 ft
(16.387) (1728)
Final Given:
6.6 x 10-3 lbs.
5.55 x 10' Ibs./ft?
P = ?
1.19 x 10-4 ft3
5.55 x 101 lbs./ft3
62.4 lbs./ft3
M = 6.6 x 10 Ibs.
Sp. Gr. =
= 8.89 x 101
V = 1.19 x 104 ft
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