Answer:
1. Hypothesis: The ball is red
Conclusion: It will bounce higher
Converse: If the ball bounces higher, then it is red
2. Hypothesis: A plane contains two lines
Conclusion: They are coplanar
Inverse: If two lines are in a planes, then they are coplanar
3. Hypothesis: The light does not come on
Conclusion: The circuit is broken
Inverse: If the circuit is broken, then the light does not come on
4. Hypothesis: It is cold outside
Conclusion: You must wear your jacket
Inverse: If you must wear your jacket, then it is cold outside
Answer:
11 hours
Step-by-step explanation:
I came up with this answer by dividing the IV infiltrate in the bag by the rate. This gave the completion time.
Volume of IV infiltrate = 330ML
Rate at which it was running = 30 ML/hour
The IV completion time = volume/rate
= 330 ML/30 ML
= 11 hours
Therefore the IV completion time is 11 hours.
The formula for volume of a hemisphere is: V = 2/3 * π * r³
Volume = 2/3 x 3.14 x 150^3
Volume = 7,065,000 cubic feet.
Multiply the cost per cubic foot by the volume:
7,065,000 x 0.05 = 353,250
The total cost was $353,250