Answer:
Step-by-step explanation:
If the bars will be packed in cartons which are 1 foot wide, 1 foot high, and 1 foot long, the volume of the carton will be expressed as shown;
Volume of carton = Length * Breadth * Height
Volume of carton = 1ft*1ft*1ft
= 1ft³
Given the dimension of shipping crate to be 5 ft long, 12 ft wide, and 4 ft high, the volume of the tank will be 5*12*4 = 240ft³
Number of cartons they pack into the shipping crate = Volume of the shipping crate/volume of one carton
Number of cartons they pack into the shipping crate = 240ft³/1ft³
= 240 cartons
Answer:
number of cartons that can be packed in the shipping crate = 240 cartons
Step-by-step explanation:
The cartons are cube since the face all have the same dimension . The length = 1 ft, width = 1 ft and height = 1 ft.
The shipping crate is a rectangular prism or cuboid . The dimension is given as follows.
length = 5 ft
width = 12 ft
height = 4 ft
The number of the cartons that can be packed in the shipping crate can be calculated as follows.
volume of the cubed carton = L³
where
L = length
volume of the cubed carton = 1³ = 1 ft³
Volume of the shipping crate = LWH
where
L = length
W = width
H = height
Volume of the shipping crate = 5 × 12 × 4
Volume of the shipping crate = 240 ft³
number of cartons that can be packed in the shipping crate = 240/1 = 240 cartons
