B) tanks that hold less than 200 gallons.
C) farm and residential tanks that hold 2,000 gallons or less of motor fuel used for noncommercial purposes.
D) all of these.
Some types of storage tanks are exempt from the federal regulations on USTs, including: A) tanks that store heating oil burned on the premises.
Underground Storage Tank systems are tanks along with the underground piping that has at least 10% of their total volume underground.
Some of the storage tanks that are exempt from the federal regulations on USTs are;
Learn more about Underground Storage Tank systems here:
The federal UST regulations typically do not cover tanks that store heating oil used on site, tanks that hold less than 200 gallons, and farm and residential tanks that hold 2,000 gallons or less of motor fuel for noncommercial uses.
The question pertains to certain types of storage tanks that are exempt from federal regulations called USTs (Underground Storage Tanks). These tanks are used to store regulated substances, typically petroleum and hazardous substance. However, not all tanks fall under these regulations. For instance, tanks that store heating oil used on the premises where it is stored, tanks that hold less than 200 gallons, and farm and residential tanks that hold 2,000 gallons or less of motor fuel for noncommercial uses, are not governed by these federal UST regulations. Hence, the correct answer is D) all of these.
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B.) caused by gravity and that depends on an object's position and mass.
C.) caused by gravity and that depends on an object's mass, but not its position.
D.) caused by gravity and that depends on an object's position, but not its mass.
to point C at a constant velocity of 32 km/hr east. The blue car travels for 0.25 hours from
points B to point D at a constant velocity of 48 km/hr. How far has each car traveled from
point B? What is the position of each car relative to the origin, point A?
Using the speed - time relation, the distance moved by the cars from point B are 8 kilometers and 12 kilometers respectively.
Distance of car 1from Point B :
Distance traveled from point B = 32 × 0.25 = 8km
Distance of car 2from Point B :
Distance traveled from point B = 48 × 0.25 = 12km
The diagram isn't attached, hence question 2 cannot be answered accurately.
Therefore, the distance traveled from point B by car 1 and 2 is 8km and 12 km respectively.
Learn more :brainly.com/question/18817999
The red car has traveled 8 km east of point B, while the blue car has traveled 12 km west of point B.
To determine how far each car has traveled, we need to use the formula: distance = speed × time. The red car travels for 0.25 hours at a constant velocity of 32 km/hr, so the distance it travels is: distance = 32 km/hr × 0.25 hr = 8 km. The blue car travels for the same amount of time at a constant velocity of 48 km/hr, so the distance it travels is: distance = 48 km/hr × 0.25 hr = 12 km.
The position of each car relative to the origin, point A, is as follows: The red car is 8 km east of point A (since its velocity is in the east direction). The blue car is 12 km west of point A (since its velocity is in the opposite direction to the east).
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Benjamin Banneker did this in 1792. Hope this helps
b. C
c. Fe
d. He