C. Pain is different for everyone so the chart allows patients to identify what their pain feels like and communicate that
Explanation:
Answer: 1)Focus on your strengths. Focusing on your core values, beliefs and perceived strengths can motivate people to succeed, and may even buffer the negative effects of bias.
2)Seek support systems.
3)Get involved.
4)Help yourself think clearly.
5)Don't dwell.
6)Seek professional help.
The correct answer is Option A. - True .
A property of a moving body that determines how long it takes to come to rest when subjected to a constant force is called momentum .
<h3>Explain momentum ?</h3>
- It is measured by "mass velocity," because momentum depends on velocity, and it also depends on the direction of the body's motion.
- Momentum is a vector quantity because velocity is a vector and mass is a scalar quantity. Momentum equals mass multiplied by velocity.
- Momentum is simply a quantity of motion. Quantity is measurable in this case because if an object is moving and has mass, it has momentum.
- If an object does not move, it does not have momentum. However, it is important in everyday life, but many people are unaware of it.
To learn more about momentum refer to :
brainly.com/question/1042017
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A healthier way of reacting would be to congratulate your friend and be happy that they made the team. Support them and practice with them so you can try out for the team next year.
Answer:
Adductor complex
Explanation:
The valgus of the knee is also known as the valgus collapse and medial displacement of the knee. It is characterized by an adduction and internal rotation of the hip, usually when it is in a hip-flexed position (the knee actually abducts and rotates externally). It can also be thought of as a knee that expires while you descend on a<u> squat </u>or landing. When standing on one limb, the pelvis on the opposite side usually also falls during the valgus collapse.
Inadequate gluteus / hip strength (lower gluteus, gluteus buttocks, gluteus maximus, external hip rotators), possibly in combination with<u> hyperactive hip adductors</u>, prevents adequate stabilization of the femur. The hips move in adduction and internal rotation. And when the adductors are hyperactive compared to the external buttocks / rotators of the hip, the knee is dragged in a manner similar to the collapse of the valgus.
