333 grams / cubic centimeter. This is a very unusual object - more than ten times as dense as anything found on earth.
To draw a net of a cuboid measuring 2cm by 3cm by 4cm, start by sketching six rectangles that represent the faces of the cuboid. You can arrange them in a cross shape, with one rectangle of 2cm by 3cm in the center, flanked by two rectangles of 2cm by 4cm on the sides and two rectangles of 3cm by 4cm on the top and bottom. Ensure that the rectangles are connected at the edges to represent how they would fold into a 3D shape. Finally, label each face for clarity if needed.
i need help
10*10*10 ie a thousand
Nine, with some room to spare. 10, compactly.
Assuming it is 4cm x 4cm, then there would be 16 1cm x 1cm squares. * * * * * But, there are also 9 2cm x 2cm squares, 4 3cm x 3cm squares and 1 4cm x 4cm square. That makes 30 in all.
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An isosceles triangle.
i need help
12
=17cm
the equation for area is area = length * width. area = 3cm*4cm. Area = 12cm^2
Of the items on the given list, 4cm is the biggest.
Oh, dude, let me break it down for you. So, a centicube is a cube with sides that are 1 cm long. To fill a 3cm by 4cm by 5cm cube, you'd need 3 x 4 x 5 = 60 centicubes. That's like a whole bunch of tiny cubes fitting into a slightly bigger cube.
To find the density of an object, you need to use the formula: density = mass/volume. First, find the volume of the object by multiplying its dimensions: 3cm x 2cm x 4cm = 24cm³. Then, divide the mass (96g) by the volume (24cm³) to get the density: 96g / 24cm³ = 4 g/cm³.
To calculate the density, you need to know the mass of the object. Density is mass divided by volume. Once you have the mass, you can plug it into the equation with the given dimensions of 4cm x 2cm x 3cm to find the density in g/cm^3.
Mean = sum(X)/n = 15cm/5 = 3cm
10*10*10 ie a thousand