This math topic focuses on calculating the sum of a series of consecutive integers from a starting integer \( M \) to an ending integer \( N \). It provides practice in recognizing patterns in series and using these patterns to accurately sum a sequence of numbers. The problems presented require determining total values over ranges like 2 to 14, 24 to 35, or 19 to 32, illustrating the application of summation skills in arithmetic sequences. Each problem comes with multiple-choice answers, reinforcing critical thinking in estimating and verifying the correct sums.

Work on practice problems directly here, or download the printable pdf worksheet to practice offline.

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Sums - Series of Integers M to N - Addition to Sum Worksheet

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Sums - Series of Integers M to N - Addition to Sum
1
2 + 3 + ... + 9 + 10
What would the sum be for this set of integers?
a
65
b
55
c
52
d
54
e
44
2
15 + 16 + ... + 24 + 25
What would the sum be for this set of integers?
a
234
b
246
c
195
d
205
e
220
3
19 + 20 + ... + 29 + 30
What would the sum be for this set of integers?
a
264
b
325
c
312
d
294
e
275
4
16 + 17 + ... + 32 + 33
What would the sum be for this set of integers?
a
475
b
456
c
441
d
425
e
408
5
10 + 11 + ... + 29 + 30
What would the sum be for this set of integers?
a
451
b
390
c
420
d
429
e
410
6
1 + 2 + ... + 16 + 17
What would the sum be for this set of integers?
a
153
b
136
c
152
d
171
7
14 + 15 + ... + 28 + 29
What would the sum be for this set of integers?
a
315
b
344
c
374
d
330
e
357
8
8 + 9 + ... + 22 + 23
What would the sum be for this set of integers?
a
225
b
248
c
240
d
255