3rd graders in Canada that plan to be admitted into a Canadian gifted and talented program will first need to pass the CCAT 3rd Grade Test. The CCAT 3rd Grade Test, also known as the Canadian Cognitive Abilities Test and CCAT Level 9, will be taken by children that are 9 years old. This aptitude assessment is used to measure a student’s cognitive abilities by asking quantitative, verbal, and nonverbal questions. Keep in mind that the questions on this exam will not cover material that can be taught in school. Rather, the information will gauge the ability of a student to pick up on new ideas and concepts.
Starting in 3rd grade, the questions and instructions will no longer be read aloud to the students. Instead, the 3rd graders will have to read the printed instructions and questions to themselves. 3rd graders are expected to have a developed verbal ability, which means that the verbal section will hold equal importance to the nonverbal and quantitative sections. The difference in the way the test is formatted may seem daunting to 3rd graders, but preparation can easily assist your child in becoming familiar with the new format and gaining admittance into a gifted and talented program or another specialized program.
As the children grow older, they will be asked to answer more questions on the CCAT 3rd Grade Test. This year, 3rd graders will be asked 170 questions spread across a verbal battery, a nonverbal battery, and a quantitative battery. Additionally, questions that previously included pictures will now be replaced with words or numbers. This is especially true in the verbal analogy and verbal classification sections. In order to score well on all three batteries, students will need to conduct online practice exams that teach them about the following three batteries.
3rd graders taking the CCAT 3rd Grade Test will also receive a report that shows the child’s testing results. In total, the score report will include an Age Percentile Rank (APR), a Grade Percentile Rank (GPR), and a Stanine (S) score. The APR shows an evaluation of your child’s scores versus scores achieved by children of the same age. The GPR shows a scale of your child’s scores versus scores achieved by children in the same grade. Lastly, the Stanine score is a number from 1 to 9 that shows each 3rd grader’s learning ability, with 9 being the best score possible.
The CCAT 3rd Grade Test is the first time that students encounter verbal analogy and verbal classification subsections. During previous aptitude tests, less emphasis was placed on verbal sections. Starting in 3rd grade, verbal skills make up a third of the entire score report. This means that children need to have a developed language sense. If you are unsure about your child’s language abilities, you can easily assess their knowledge through the use of online practice exams. Even if you are confident in your child’s language abilities, you should also consider practicing sample questions online with your child. There are various ways that each question can be answered, and you will want to make sure that your child understands the concept of the test questions. Continue practicing the practice exams and study guides until you feel confident that your child completely understands the information and are more likely to score high on the CCAT 3rd Grade Test.
Which of the following answer options completes the design?
Explanation: Examine the pattern in the square while keeping an eye out for the missing box. Imagine continuing all the corners and lines of each shape. The only answer choice that conforms to these requirements is answer choice C. It is helpful to use distinguishing lines to see that they stay consistent throughout the entire picture and missing section. We will focus on the straight lines in this question. You can also use the process of elimination to remove answer choices that are incorrect. We anticipate that the way they line up in response choices will be comparable to how they line up in the design. In that manner, we can remove the response options that are not appropriate.
The empty box must be related to the other in the same way the top two boxes are related. Which of the following answer options can fill the empty box?
Explanation: Look at the top row. In the box, there is a green triangle on top of a pink circle. In the box next to it, there is a green circle on top of a pink triangle. Comparing the two boxes we see that the colors stay, while the figures are reversed. You should pick a box from the A, B, C or D options that will continue the analogy. Keeping the colors the same we know that purple should be on top and orange on the bottom. The figures need to switch meaning there should be a rectangle on top and “u” shape on the bottom. The only answer choice that conforms to these requirements is answer choice D.
Which of the following answer options completes the design of the bottom row?Explanation: Look at the top row and see how the shapes change from the left frame to the right frame. In the right frame, the shapes from the outside flip into the frame (as if they were attached to the side and were closed like the flaps of a box). In the bottom row, they should do the same. Therefore, the missing frame should contain all the shapes in the left square but simply be turned inside. The only answer choice that conforms to these requirements is answer choice D.
Examine the numbers in the row below. The sequence in which the numbers appear in the series is governed by a rule. Determine the rule and then select the next number to follow from the answer options below.
1; 10; 3; 20; 5; 30; ?
Explanation: Looking at this number series we can see that there are two number patterns. The first pattern is 1;3;5 and the second one is 10;20;30. The consecutive number in the first pattern is obtained by adding 2 to the preceding integer or number. The consecutive number in the second pattern is obtained by adding 10 to the preceding integer. Since the last integer of this series is 30, an integer from the second pattern, the “?” is an integer of the first pattern. This leads us to simply adding 2 to 5, the previous integer of this pattern. Therefore, ?= 5+2=7. Answer D.
Correct Answer: B