Answer:
the answer is c:
By stacking 12 metal sheets, each 1.2 mm thick, on top of one another, the combined thickness will be 1.44 cm (14.4 mm).
To achieve a thickness of 1.44 cm, the metal sheets must be stacked on top of each other.
Since the thickness of each individual metal sheet is 1.2 mm, we need to find the number of sheets required to reach 1.44 cm.
First, we convert 1.44 cm to mm, which is 1.44 cm × 10 mm/cm = 14.4 mm.
Next, we divide the total thickness (14.4 mm) by the thickness of each metal sheet (1.2 mm):
Number of sheets = 14.4 mm / 1.2 mm
= 12
Therefore, to achieve a thickness of 1.44 cm, you need to stack 12 metal sheets on top of each other.
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¹/₄ part or 3.725 kilograms
Given:
An artist builds a sculpture out of metal and wood that weighs 14.9 kilograms,
Question:
How much does the wood part of the sculpture weighs?
The Process:
From the information above, we make a diagram that matches the composition of the sculpture material.
And now, let us calculate the wood part of the sculpture weighs.
Both 4 and 14.9 are multiplied by 10.
Both the numerator and denominator are divided by 4.
Thus, the wood part of the sculpture weighs is 3.725 kilograms or ¹/₄ part.
Keywords: an artist, builds a sculpture, out of metal and wood, that weighs 14.9 kilograms, 3/4, metal, the rest is wood, how much, the wood part, of the sculpture weighs
A.
Since 1,500 grams can be divided evenly into nothing batches of bread, 70 divides evenly into 1,500. So, the baker should choose the 1,500-gram package.
B.
A 28-kilogram package contains nothing grams of sea salt, which can be divided evenly into nothing batches of bread. So, the baker should choose the 28-kilogram package.
Answer:
I think answer A
Step-by-step explanation: