Read the argument below and determine the underlying principle that was used to come to the conclusion presented: It is recommended that your diet should include at least 3-5 servings of vegetables a day. A serving of vegetables can be 1 cup of raw leafy greens, 1/2 cup of other cooked or raw vegetables, or 3/4 cup of vegetable juice. A diet that has less than 3-5 servings of vegetables a day may lead to health problems. Which other argument uses the same underlying principle as the argument above? a. Driving a car can be dangerous, but if you learn how to properly drive a car then you can significantly reduce the risk involved,
b. Driving a car can be dangerous, therefore it's recommended that people not drive.
c. Driving a car can be dangerous and that is why states require that drivers pass a test to be licensed to drive.

Hence option a is the correct one. Driving a car can be dangerous, but if you learn how to properly drive a car then you can significantly reduce the risk involved,

Explanation:

a) Driving a car can be dangerous, but if you learn how to properly drive a car then you can significantly reduce the risk involved.

As it belongs How to be a good car driving without risk as equivalent diet concept as a base.

Less than 3-5 servings of vegetables a day not taken equivalent car driving dangerous if no proper driving.

Hence option 1 is valid.

b) is wrong as it has negative feedback regarding the base case.

c) is a suggestion for the strong part which is also the wrong option

answer; (b) agriculture, food, and natural resources;

answer: internal fragmentation is the difference between the (fixed) size of a memory hole and the data within in that memory. for example, if a 1,024 byte block of memory holds 800 bytes of data, then the 224 bytes difference is considered lost to internal fragmentation.

external fragmentation occurs when the sum of memory fragments is large enough to satisfy a request, but the holes are non-contiguous and the request cannot be satisfied. this can occur when memory is dynamically allocated and freed.

explanation: