Answer:
In Python:
def get_letter_grade(points):
if points>=900:
grade ="A"
elif points>=800 and points < 900:
grade ="B"
elif points>=700 and points < 800:
grade ="C"
elif points>=600 and points < 700:
grade ="D"
else:
grade = "F"
return grade
Explanation:
This defines the function
def get_letter_grade(points):
The following if-else if conditions check the score to determine the appropriate grade
<em> if points>=900:</em>
<em> grade ="A"</em>
<em> elif points>=800 and points < 900:</em>
<em> grade ="B"</em>
<em> elif points>=700 and points < 800:</em>
<em> grade ="C"</em>
<em> elif points>=600 and points < 700:</em>
<em> grade ="D"</em>
<em> else:</em>
<em> grade = "F"</em>
This returns the grade
return grade
Answer:
It for shadows the reason that peles temper is not just a rumor wich is proven in the answer she gives
Explanation:
it says that you should forget the rumors and her fiery temper whic means ti is true
Answer: A
Explanation: Because it’s close to the hamlet but not blocking it like option B or drawing attention away from it like option C or D
Hope this helps!
Power is force multiplied by velocity. The engine power is actually (relatively) constant regardless of the gear. So when people say there is "more power" in a lower gear, it's the common misconception that "more powerful" is "more forceful" but that's only part of the equation.
So if P is constant, then that means if you can combine a large force and a low velocity or a low force and large velocity for the same power.
When you put it in a low gear, you produce a large torque -- or a large force -- and a low velocity.
For example, if you are towing a trailer or trying to climb a very steep grade, you need the force to be large which is why you put it in a low gear. If you are on something slippery like snow or ice, a high gear will keep the force at the wheels low so the tires don't exceed the coefficient of friction and spin.
Answer:
see attached
Vin -5V- +5V
Input current : 500 x 10^-6 A
V_r: 0V 5V
I_r: 1 mA
Explanation:
Step 1: Circuit Designing: you have to address the question what is your proposed circuit going to do (its function).
Step 2: Decide on circuit components that can address each such circuit functions.
Step 3: Decide on the operational specification for the circuit: voltages, currents, frequencies etc.
Step 4: Simulate your circuit to confirm if it works as expected with simulation software such as Multisim.
