F(x) = (5/6)m
Distance equals rate(r) • time. You're solving for the rate of travel in respect to m minutes. 75 miles were traveled in 90 minutes.
75 = 90r
75/90 = r. This simplifies to 5/6
Create a function for distance where f(x) is defined by the rate 5/6 multiplied my minutes m.
Answer:
1. You weight would be doubled because gravitational force is doubled
2. Challenges:
a. Everyone’s body would have to adjust to the new weight and learn to walk again
b. Earth would be closer to the sun, so everything would be hotter on Earth
c. Flying airplanes and driving cars might no longer work at all (talk about how difficult this would make traveling)
3. Benefits:
a. Time would go by much slower so technically everyone would live longer
b. Balloons wouldn’t fly off anymore
4. Keep or lose gravity
I would choose to keep my gravity. Because I don’t need to re learn how to walk and it won’t be as hot sense we won’t Beas close to the sun if the gravity did go up.
Are there any answer choices?
The frequency of waves are determined by the amount of waves that pass a specific point in a certain period of time and Radio stations broadcast their signals at different frequencies so that the range of radio frequencies can be used by many stations.
