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An object or organism that has left and right halves that mirror each other is said to exhibit bilateral symmetry. This is a common characteristic of many animals, including humans. It means that if an imaginary line is drawn down the center of the organism, the two halves will be nearly identical in shape and size.
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What type of symmetry does a 5 sides star have?
A star has bilateral symmetry, meaning that if you draw a line right down the middle of it, the two halves are mirror images of each other.
Are left and right fingerprints mirror images of each other?
No, they are not.
What kind of symmetry does a seal have?
A seal has bilateral symmetry. This means that if you cut the seal into right and left halves (called a sagittal cut), the two halves will be basically identical to each other. This is the same time of symmetry seen in humans.
What are mirror twins?
Mirror image twins are identical and have mirror image differences but are genetically identical which means they have the same DNA. A set of mirror-image twins will have similarities like a mole. One twin would have it on his left arm while the other would have it on his right. Another common feature is one twin being left handed, while the other is right handed. For male twins, the swirl of hair crown is often in the opposite direction.
What terms refers to one halves of the brain?
Right, or left hemisphere.
What is a symmetry in which an organism's body has two halves that are mirror images of each other?
This is referred to as bilateral symmetry, for instance the human body whose left side is more or less a mirror image of it's right side (on the exterior, that is).
What type of symmetry does a 5 sides star have?
A star has bilateral symmetry, meaning that if you draw a line right down the middle of it, the two halves are mirror images of each other.
What is the relation between object and its mirror image?
The image will be reflected left to right. This is why most of us don't like our picture taken, because we look weird to ourselves because we have our left and right halves of our faces reversed. The image you see in a mirror is the opposite of what other people see of you. That image is not reflected left to right.
What section divides the body into mirror images?
The midsagittal plane, also known as the median plane, divides the body into two equal left and right halves, creating mirror images.
Can flies be externally divided into equal halves like a pie but it has no distinguishable right and left sides?
This is the exact question that I have in my Apologia : Exploring Creation with Biology (Second Edition) And the answer is no. The Orgnism can either be divided into right and left sides that are mirror images or cannot be divided into two equal halves.
What body parts match up as mirror images when they are folded over?
When folded over, the right and left halves of the face, palms, and feet match up as mirror images. This is due to bilateral symmetry in the human body where the right and left sides are essentially mirror images of each other.
What plane divides the body into a mirror images is?
The plane that divides the body into mirror images is known as the midsagittal plane or median plane. This plane passes through the midline of the body, dividing it into left and right halves that are symmetrical.
Does the superior plane divide the body into right and left halves?
Yes, the superior plane divides the body into upper and lower halves, not right and left halves. The right and left halves are divided by the midsagittal plane.
Are left and right fingerprints mirror images of each other?
No, they are not.
Plane that divides the body into left and right halves?
The sagittal plane divides the body into right and left halves.
Which symmetry splits an organism into two equal left and right halves?
Bilateral symmetry divides an organism into left and right halves.
Splitting the body into equal halves with an imaginary line is?
known as bilateral symmetry. Many animals, including humans, exhibit bilateral symmetry, where the right and left sides are mirror images of each other. This symmetry allows for efficient movement and coordinated body functions.
