Answer:
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1 answer:
Okay, we can use the functions in parts 3 and 4 since we want to calculate how many points will be deducted for 3 falls and how many points are earned for 4 seconds on the rail trick.
Part 3 function:
He fell 3 times, so plug this in for 'x':
Multiply:
So he will receive a 4.8 point deduction for falling 3 times.
Part 4 function:
Where 'x' is the seconds he does the trick. He did it for 4 seconds, so let's plug that in for 'x':
Multiply:
Add:
So he will receive 38 points for the 4-second rail trick.
Part 3 function:
He fell 3 times, so plug this in for 'x':
Multiply:
So he will receive a 4.8 point deduction for falling 3 times.
Part 4 function:
Where 'x' is the seconds he does the trick. He did it for 4 seconds, so let's plug that in for 'x':
Multiply:
Add:
So he will receive 38 points for the 4-second rail trick.
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Step-by-step explanation:
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Step-by-step explanation:
Given
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- side AB in triangle ABC (the first and the second vertices) is congruent to side AD in triangle ADC (the first and the second vertices);
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- angle ABC in triangle ABC is congruent to angle ADC in triangle ADC (the second vertex in each triangle is in the middle when naming the angles);
- angle BCA in triangle ABC is congruent to angle DCA in triangle ADC (the third vertex in each triangle is in the middle when naming the angles);