No, not normally.
No; a woman will not ovulate if she is pregnant.
There is no magical fast way to do this just focus on when about 5 days before you ovulate and when you ovulate.
to be honest with u its possible but i dont no u would have to ask a woman that question
Generally about 2 weeks (14 days). This does vary with each person, however.
You have your period a fixed 14 days after you ovulate. So if a woman has her period every 21 days, she ovulates on 21-14=7...the 7th day after the 1st day of her period.
Most women ovulate 14-16 days BEFORE a period so if yours have suddenly become irregular it is going to be difficult to predict. This might help http://www.bygpub.com/natural/natural-family-planning.htm
How fertile a woman is after menstruation depends on the woman and on her menstrual cycle. During the average 28 day cycle a woman is most likely to ovulate on day 14 and can be fertile between days 7-16 - if a woman's cycle is shorter she could ovulate directly after menstruation so be at her most fertile.
Yes. A woman can ovulate at any point during their cycle even on their period.
For every woman it is different. If you have a 28 day cycle then typically you ovulate (release an egg) 14 days after the first day of your cycle. Then, we assume that four days before to four days after THAT day are fertile days. That is when a woman can conceive.
That depends on the length of her cycle. The average cycle is 28 days, meaning that she would most likely ovulate 14-16 days in (counting from after the first day of the last period). But that isn't true for all women.
Usually no, but u never know. It can happen. It depends on when u ovulate.
It is less likely for a woman to ovulate 3 days after her period, as ovulation typically occurs around the middle of the menstrual cycle. However, every woman's cycle is different, so it is not impossible for some women to ovulate earlier or later. Tracking ovulation through methods such as basal body temperature charting or ovulation predictor kits can help determine the timing of ovulation more accurately.