The ovum is big so as to allow the sperm to enter inside for the fusion to take place and it does not move because its does not have a tail like a sperm.
the egg will move into a position then the sperm cell will move closer]
The movement of the ovum is primarily driven by the beating cilia of the fallopian tubes, which create a current to help propel the ovum towards the uterus. In addition, muscular contractions of the fallopian tubes help to move the ovum along its journey.
Peristaltic contractions in the fallopian tubes help move the ovum (egg) from the ovaries toward the uterus after ovulation. If fertilization occurs, these contractions also assist in transporting the zygote, the fertilized egg, through the fallopian tube to the uterus for implantation. This rhythmic motion is critical for ensuring that the reproductive cells reach their destination efficiently.
as fast as your finger nail groesit doesnt
No, an ovum is a mature female reproductive cell, also known as an egg cell, while an oviduct is the tube through which the ovum travels from the ovary to the uterus. The oviduct is where fertilization of the ovum typically occurs.
In IVF, the fertilized ovum is normally placed much higher than the cervix. The ovum would not be able to move from the cervix to the uterus for implantation.
No, to be pregnant a sperm has to be fused with female ovum.
Peristalsis
the egg will move into a position then the sperm cell will move closer]
The movement of the ovum is primarily driven by the beating cilia of the fallopian tubes, which create a current to help propel the ovum towards the uterus. In addition, muscular contractions of the fallopian tubes help to move the ovum along its journey.
ovum cells are round,large and bulky because they dont need to swim or move;they just sit and wait to be fertilised
They help to move the egg down the tube and into the womb.
if it is a fixed pulley, itself doesnt move. If it is a rotating pulley, its joint probably doesnt move.
ovum ovum ovum
its an ovum
it doesnt anymore
The sperms themselves have no sense of direction; in such a situation a chemical signature released by the ovum serves to direct the sperm. This is intended to help and guide the sperm to the right direction, towards that of the ovum.