Im going to guess the 2nd one.
The 1st one just shows how trees can make ____ and then goes to water, the sun, then the rain but it CAN be used as one.
The 2nd one seems to explain the best it can show about weather, water, landforms, the sun, and seems like a better one to choose.
Answer:
Attached excel file containing formula for monthly cost of gas.
Explanation:
To find mileage note down readings at the star of month and at end of month.
Subtract end of month reading from start this will give you number of miles in month. Now as per mentioned in question, divide number of miles by average mpg and multiply by the price of a gallon of gas.
Here is your monthly cost of gas.
Driving is considered a privilege because you have to be a certain age to start driving and be able to drive by yourself legally. Driving can be dangerous if you are not a safe driver and if you do illegal things while behind the wheel. Driving is also a privilege because you have to be responsible when driving, because the people that are around you or with you, their lives are in your hands.
Your answer is: You need to carry the responsibility of being safe and not harming yourself or others.
Have an amazing day!
I believe the correct answer from the choices listed above is option D. Frost wedging happens when rocks break from repeated exposure to the Sun's heat. It <span> is caused by the repeated freeze-thaw cycle of water in extreme climates. Hope this answers the question.</span>
Answer:
The solution code is written in Python
- def findSmallest(vec, start):
-
- index = start
- smallest = vec[start]
-
- for i in range(start + 1, len(vec)):
- if(smallest > vec[i]):
- smallest = vec[i]
- index = i
-
- return index
Explanation:
Firstly we can define a function findSmallest() that takes two input parameters, a vector, <em>vec</em>, and a starting position, <em>start </em> (Line 1).
Next, create two variables, <em>index</em> and <em>smallest</em>, to hold the current index and current value where the smallest number is found in the vector. Let's initialize them with <em>start</em> position and the value held in the<em> start </em>position (Line 3-4).
Next, create a for-loop to traverse through the next value of the vector after start position and compare it with current <em>smallest </em>number. If current <em>smallest</em> is bigger than any next value in the vector, the <em>smallest </em>variable will be updated with the new found lower value in the vector and the index where the lower value is found will be assigned to variable<em> index</em>.
At the end return index as output.
