Under the age of 6. You are welcome.
Answer:
both male and female i hope it help
Explanation:
Answer:
50 cm
Explanation:
Given that
Focal length of the mirror, f = 25 cm
Distance of the image, u = ?
Distance of the object, v = 50 cm
The formula for the focal length of a convex mirror is given by the relation
1/f = 1/u + 1/v,
where each of the parameters are exactly the same as what I've defined above. So now, if we plug in the values, we have
1/25 = 1/u + 1/50
1/u = 1/25 - 1/50
1/u = (2 - 1)/50
1/u = 1/50
u = 50 cm
So then, we can conclude that the size of the image is 50 cm
Given what we know, we can confirm that the muscles for each of the biomechanical roles for the movement of kicking a soccer ball are the quadriceps (agonist) rectus femoris (assistant mover), triceps surae (antagonist) and tibialis anterior (stabilizer).
<h3>
What are the biomechanical roles for the movement of kicking a soccer ball?</h3>
In the movement of kicking the ball the muscle mainly involved will be the quadriceps (agonist) in conjunction with the hip extensors, primarily the rectus femoris. At the same time, the triceps surae and the tibialis anterior will do an isometric contraction to give more stability to the movement.
Therefore, we can confirm that the muscles for each of the biomechanical roles for the movement of kicking a soccer ball are the quadriceps (agonist) rectus femoris (assistant mover), triceps surae (antagonist) and tibialis anterior (stabilizer).
To learn more about biomechanical roles visit: brainly.com/question/15328903?referrer=searchResults
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.60 x .40 = .24 so the patient has a 24% chance of surviving the surgery and the damage healing
