Which strategy best explains how to solve this problem?

Kent is planting rows of seeds in the community garden. He plants 5 seeds in his first row, 11 seeds in his second row, and 17 seeds in his third row.

Using the same pattern, how many seeds will Kent plant in his 7th row?

A.
Make a table.
Write the numbers 1, 2, 3, 4, 5, 6, 7 in the top row of the table (the number of rows). In the first box on the second row write 5, in the second box write 11, and in the third box write 17. Look for the pattern. Fill i

Question

Which strategy best explains how to solve this problem? 
 
Kent is planting rows of seeds in the community garden. He plants 5 seeds in his first row, 11 seeds in his second row, and 17 seeds in his third row. 
 
Using the same pattern, how many seeds will Kent plant in his 7th row?
 
 A.
Make a table. 
Write the numbers 1, 2, 3, 4, 5, 6, 7 in the top row of the table (the number of rows). In the first box on the second row write 5, in the second box write 11, and in the third box write 17. Look for the pattern. Fill i

anonymous · Answer

B.
Guess and test. 
Guess 38 seeds in the 7th row. Divide 38 by the number of seeds in each row. If the answer is not 7, revise your guess, and test your answer again.
 
 C.
Translate into a number sentence.
(1 × 5) + (2 × 11) + (3 × 17) =  
Calculate the number of seeds in each row and add them all up.

anonymous · Answer

@mathmale

mathmale · Answer

thank you.  May I see the table you created for Part  A?