Ah, what a delightful little rectangle we have here, measuring 6cm by 4cm! To find the perimeter, simply add up all the sides: 6cm + 6cm + 4cm + 4cm = 20cm. Isn't it wonderful how math can help us appreciate the beauty of shapes?
If it is an equilateral triangle with 3 equal sides of 4m then its perimeter is 12cm
It is an equilateral triangle
To calculate the volume of a box, you multiply its length, width, and height. In this case, the box is 10cm x 6cm x 4cm. So, the volume would be 10cm x 6cm x 4cm = 240 cubic centimeters.
To calculate the volume, multiply the length x width x height. volume = 12cm x 6cm x 4cm = 288cm3
22cm
It does not have a circumference but its perimeter is: 4+6+8 = 18 cm
Ah, what a delightful little rectangle we have here, measuring 6cm by 4cm! To find the perimeter, simply add up all the sides: 6cm + 6cm + 4cm + 4cm = 20cm. Isn't it wonderful how math can help us appreciate the beauty of shapes?
12cm
If it is an equilateral triangle with 3 equal sides of 4cm then its perimeter is 12cm
A=1/2(b)(h). So A=1/2(6cm)(4cm). A=12cm^2, or 12 squared centimeters.
If it is an equilateral triangle with 3 equal sides of 4m then its perimeter is 12cm
No because the given dimensions don't comply with Pythagoras' theorem for a right angle triangle.
1/2*6*4 = 12 square cm
The length should be 6cm and the width is 4cm.
To determine the number of triangles with a perimeter of 15cm, we need to consider the possible side lengths that can form a triangle. The triangle inequality theorem states that the sum of the lengths of any two sides of a triangle must be greater than the length of the third side. With a perimeter of 15cm, the possible side lengths could be (5cm, 5cm, 5cm) for an equilateral triangle, (6cm, 5cm, 4cm) for an isosceles triangle, or (7cm, 5cm, 3cm) for a scalene triangle. Therefore, there are 3 possible triangles that can have a perimeter of 15cm.
Perimeter = 6cm + 6cm + 9cm + 9cm = 30cm