All ISEE Middle Level Quantitative Resources
Example Questions
Example Question #2 : How To Find The Answer From A Table
Refer to the above graph, which shows the high and low temperatures for Kingdom City over a one-week period.
On how many days did the difference between the high and low temperatures reach or exceed fifteen degrees?
Five
Six
Four
Seven
Four
Below is the graph, this time with the temperatures represented.
The differences between the high and low temperatures for each day are as follows:
Sunday:
Monday:
Tuesday:
Wednesday:
Thursday:
Friday:
Saturday:
The differences for four days - Sunday, Monday, Tuesday, and Saturday - all exceed 15 degrees.
Example Question #8 : How To Find The Answer From A Table
A popular word game uses one hundred tiles, each of which is marked with a letter or a blank. The distribution of the tiles is shown above, with each letter paired with the number of tiles marked with that letter. Notice that there are two blank tiles.
How many consonants are represented by as many tiles as there are "U" tiles?
(Note: for this problem, "Y" is considered a consonant)
Three
Four
Two
Five
Three
According to the table, there are four "U" tiles. The consonants represented by exactly four tiles are "D", "L, and "S" - three different consonants.
Example Question #141 : Data Analysis And Probability
Refer to the above graph, which shows the high and low temperatures for Kingdom City over a one-week period.
On how many days did the temperature exceed 70 degrees?
Six
Five
Four
Seven
Four
To answer this question, examine the line representing the high temperatures.
Notice that the four days on which the temperature fell above 70 have been marked with a circle (the high temperature on Friday was exactly 70).
Example Question #1 : Answer Questions Using Information From A Bar Graph: Ccss.Math.Content.3.Md.B.3
Use the chart below to answer the question.
How many students in Mr. Ray's class have a pet?
Each square represents students. Mr. Ray's bar has squares in it. That means we can take to find our total.
Example Question #2 : Representing And Interpreting Data
Use the chart below to answer the question.
How many students in Ms. Smith's class have a pet?
Each square represents students. Ms. Smith's bar has squares in it. That means we can take to find our total.
Example Question #2 : Answer Questions Using Information From A Bar Graph: Ccss.Math.Content.3.Md.B.3
Use the chart below to answer the question.
How many students in Ms. Hen's class have a pet?
Each square represents students. Ms. Hen's bar has 2 squares in it. That means we can take to find our total.
Example Question #3 : Answer Questions Using Information From A Bar Graph: Ccss.Math.Content.3.Md.B.3
Use the chart below to answer the question.
How many students in Ms. Miller's class have a pet?
Each square represents students. Ms. Miller's bar has squares in it. That means we can take to find our total.
Example Question #81 : Tables
Use the chart below to answer the question.
How many more students have a pet in Mr. Ray's class than Ms. Miller's class?
Each square represents students. Mr. Ray's bar has squares in it, which means he has students with pets (). Ms. Milers bar has squares in it, which means she has students with pets ().
To find the difference we subtract.
Example Question #81 : Tables
Use the chart below to answer the question.
How many more students have a pet in Mr. Ray's class than Ms. Hen's class?
Each square represents students. Mr. Ray's bar has squares in it, which means he has students with pets (). Ms. Hen's bar has squares in it, which means she has students with pets ().
To find the difference we subtract.
Example Question #87 : Tables
Use the chart below to answer the question.
How many more students have a pet in Ms. Smith's class than Mr. Ray's class?
Each square represents students. Ms. Smith's bar has squares in it, which means she has students with pets (). Mr. Ray's bar has squares in it, which means he has students with pets ().
To find the difference we subtract.