1.Use a forehand grip.
2.Stand sideways with your non-racket hand facing the net
3.Shift your weight to your rear foot, bend your elbow holding the racket and prepare to hit the incoming shuttle.
4.As you hit the shuttle, straighten your elbow, tapping the shuttle as you hit it. Keep in mind the angle of the racket which will determine the shuttle's direction.
5.Do a follow through and shift your weight from the rear to the front foot.
Q- What percentage of maximum heart rate is represented in zone 3 cardiorespiratory intensity?
Ans- 70-80%
Answer:
The probability that this woman's daughter has hemophilia is 0%.
Explanation:
Haemophilia is a severe and most often hereditary coagulation disorder in which the individual's blood does not coagulate properly and can lead to uncontrolled bleeding that can be caused even spontaneously or by minor trauma.
Haemophilia is a resessive X-linked disease, so we can conclude that the woman exposed in the question has the hemophilia gene, but has normal coagulation. This is because this woman's father has hemophilia and donated the resurrective X chromosome to her, but the disease was prevented from manifesting because this woman, received from the mother the dominant comosso X, which prevented the disease from manifesting. Based on this reasoning, if this woman marries a man who does not have hemophilia, the chances of her first daughter having the disease are 0%. Because this girl's father doesn't have hemophilia so the X chromosome he will give the girl is free of the gene for this disease, even if the girl gets her mother's X chromosome and that chromosome has the gene that codes for hemophilia, the girl won't manifest the disease.
Serum sodium concentration returns to normal
