During telophase when the cytoplasm splits in half. It's called cytokinesis.
yes
There are four halves in 2. This is because each whole number can be divided into two equal parts, and since 2 is a whole number, it can be divided into four halves (1/2 + 1/2 + 1/2 + 1/2 = 2).
1.5
Yes, but not of the same shape unless the trapezoid is isosceles. The solution requires calculating a slope and solving using the quadratic formula. It's not as simple as cutting a rectangle into 2 equal halves.
There are 12 halves in 6 inches. This is because each inch can be divided into two equal parts, making two halves per inch. Therefore, when you have 6 inches, you have 6 x 2 = 12 halves in total.
yes
There are four halves in 2. This is because each whole number can be divided into two equal parts, and since 2 is a whole number, it can be divided into four halves (1/2 + 1/2 + 1/2 + 1/2 = 2).
7
1.5
Yes, but not of the same shape unless the trapezoid is isosceles. The solution requires calculating a slope and solving using the quadratic formula. It's not as simple as cutting a rectangle into 2 equal halves.
Five halves divided by five fourths = 2
There are 12 halves in 6 inches. This is because each inch can be divided into two equal parts, making two halves per inch. Therefore, when you have 6 inches, you have 6 x 2 = 12 halves in total.
[3* sq(2)]/2 is the same as three halves times root two, or approximately 2.12132034356
A half pound can be divided into two halves.
Two halves equal a whole. (1/2 + 1/2 = 1)
There are 12 halves in 6 wholes. Since each whole can be divided into 2 halves, you multiply the number of wholes (6) by 2, resulting in 12 halves.
(3/4)/2 would be the same as (3/4)*2, and that would equal 6/4 and could be simplified to be 3/2. Three fourths divided by two equals three halves.