Anne is designing a shower for a client. The shower includes a triangular-shaped ledge for storage.
2 answers:
Answer:
The length of diagonal portion of the shower ledge is 1.44 ft .
Step-by-step explanation:
By using the Pythagorean theorem in shower ledge portion .
Hypotenuse² = Perpendicular² + Base²
As shown in the diagram.
Take
Perpedicular = 1.2 ft
Base = 0.8 ft
Hypotenuse = Diagonal length
Put in the above
Diagonal length² = (1.2)² + (0.8)²
Diagonal length² = 1.44 + 0.64
Diagonal length² = 2.08
Diagonal length = 1.44 ft (Approx)
Therefore the length of diagonal portion of the shower ledge is 1.44 ft .
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Given:V= ?r= 6cmh= 10cm
Solution:
V= (3.14)(6cm)
x 10cmV= (3.14)(
) x 10cmV= (
) x 10cmV= 1130.4cm^3
Finding the volume of the cylinder, we can now solve what the weight of the oil is. Using the formula of density, Density = mass/volume, we can derive a formula to get the weight.
Given:Density = 0.857 gm/cm^3Volume = 1130.4 cm^3
Solution:weight = density x volumew= (0.857 gm/cm^3) (1130.4cm^3)w= 968.7528 gm
The weight of the oil is 968.75 gm.
Given:V= ?r= 6cmh= 10cm
Solution:
V= (3.14)(6cm)
Finding the volume of the cylinder, we can now solve what the weight of the oil is. Using the formula of density, Density = mass/volume, we can derive a formula to get the weight.
Given:Density = 0.857 gm/cm^3Volume = 1130.4 cm^3
Solution:weight = density x volumew= (0.857 gm/cm^3) (1130.4cm^3)w= 968.7528 gm
The weight of the oil is 968.75 gm.