Table of Contents
What is a good ACT score for first time?
In general, many US colleges and universities accept applicants with 16 or 17 ACT scores. In fact, an ACT score of 16 or lower is accepted by 33 schools. On the other hand, an ACT score of 17 or lower is accepted by 58 schools. However, an ACT score this low can keep admission to thousands of US schools.
What happens if I get a 35 on the ACT?
Is a 35 a good ACT score? Absolutely. It places you in the top 99th percentile nationally out of the 2 million test takers of the ACT entrance exam. The score indicates you’ve done a nearly perfect job answering the questions on the English, Math, Reading and Science sections of the test.
What is the lowest score on the ACT?
a 1
The lowest composite score you can receive on the ACT is a 1, while the highest is a 36. Very few students earn a 1 or a 36; among the graduating class of 2020, the average composite score nationally was a 20.6.
What percentile is a 35 ACT?
Determine a Good ACT Score for College Admissions
SCORE | ACT ENGLISH PERCENTILE | COMPOSITE PERCENTILE |
---|---|---|
36 | 100 | 100 |
35 | 99 | 99 |
34 | 96 | 99 |
33 | 94 | 98 |
Is 33 on Act a good score?
An ACT 33 is in the 99 percentile, a very good score, competitive everywhere. For regular decision 5 of the universities on your list have admission rates between 3-7\%, this for candidates with scores even higher than yours.
Is 33 a good score on the Act?
From our article on ACT percentiles, you can learn that getting a 29 or higher means you are in the top 10\% of scorers. So if 22 and up is good, and 33 and up is incredible, a score of 29 or higher would qualify as a great score.
What is the top score on the Act?
The highest score on the ACT is a 36 in each section (5 sections total).
What is the least common factor of 35 and 50?
Least common multiple ( LCM ) of 35 and 50 is 350. LCM(35,50) = 350. Least common multiple or lowest common denominator (lcd) can be calculated in two way; with the LCM formula calculation of greatest common factor (GCF), or multiplying the prime factors with the highest exponent factor.