While dribbling, which body part should you use to push the ball to the floor?
question...
While dribbling, which body part should you use to push the ball to the floor?
question 2 options:
a)
fingertips
b)
finger nails
c)
elbows
question 3 (1 point)
3. where are the chair dip exercise instructions located?
question 3 options:
a)
get fit handbook
b)
syllabus
c)
fitness guide
question 4 (1 point)
4. to practice and improve dribbling skills, you can:
question 4 options:
a)
dribble while walking.
b)
take a nap.
c)
go swimming.
question 5 (1 point)
5. which pe standard are we focusing on this week?
question 5 options:
a)
standard 3
b)
standard 1
c)
standard 6
question 6 (1 point)
6. student guide fitness activities are to be completed in how many days?
question 6 options:
a)
10 days
b)
1 day
c)
5 days
question 7 (1 point)
which 2 items in your pe notebook will you each week for pe?
question 7 options:
a)
student guide and log sheet
b)
measuring cup and spoon
c)
calculator and ruler
question 8 (1 point)
8. we should value physical activity for the following reasons, except?
question 8 options:
a)
increase fat cells
b)
enjoyment
c)
social interaction
question 9 (1 point)
saved
9. even if you don’t play basketball, you will improve your by practicing ball ball-handling and dribbling skills.
question 9 options:
a)
eyesight
b)
coordination
c)
speed
question 10 (1 point)
saved
10. if you want to get stronger, try doing strength-training exercises times a week
question 10 options:
a)
5-6
b)
2-3
c)
7-8
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Aloop of wire is in a magnetic field such that its axis is parallel with the field direction. which of the following would result in an induced emf in the loop? choose all that apply. a loop of wire is in a magnetic field such that its axis is parallel with the field direction. which of the following would result in an induced emf in the loop? choose all that apply. moving the loop outside of the magnetic field region. spin the loop such that its axis does not consistently line up with the magnetic field direction. change the magnitude of the magnetic field. change the diameter of the loop
Answers: 1
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