Can You Correctly Answer 10 Questions From A 1985 IQ Test?
32,349 views
Are you ready for questions from 1985?
What are your thoughts on this subject?
386 Comments
Christian Plourde
I didn't miss any! Well, mainly because the test doesn't load, as many other members pointed out below.
Albeck1994
mihosh, been a couple of months for me
mihosh
Why do these tests not load - has been a couple of weeks without loading
Faye Green
Still not loading has been 2 weeks
Howard Lasley
Would not load!
steve wellendorf
Won't load. Again.
cdowdy aks
10/10…Phenomenal! Thanks for the Answers!🥰
Ilias Tsiabardas
10/10 thanks for the answers
curtiscalvarese
10/10 pretty easy peasy
mikeyparry
10/10. Quite easy! Don’t know why I got 9/10 last time!
Vita Searle
billyboy915, Problem is hardly any countries use BODMAS or PEDMAS but USA do which is why it is used in many questions.
billyboy915
For those who had difficulty with the math problem, here is the solution.
6 – 1 x 0 + 3 ÷ 3 = ?
Many like to use the acronyms BODMAS or PEDMAS. T⁷hey are exactly the same and when applied correctly, yield the exact same result. .
This equation has only 4 operations.
Subtraction, Multiplication, ,Addition, and Division.
Multiplication and division ALWAYS precede addition and subtraction when no Brackets/Parentheses and Orders/Exponents are involved.
Because Multiplication and Division carry equal weight in an equation, they are done in the order they appear in the equation from left to right.
The equation becomes,
6 – 1 x 0 + 3 ÷ 3 =
6 - 0 + 3 ÷ 3 =
6 - 0 + 1 = ?
Addition and Subtraction also carry equal weight and are done in the order they appear in the equation from left to right as well.
6 - 0 + 1 =
6 + 1 = 7
The answer is 7.
cdowdy aks
9/10…The math question threw me!🥰
tkudera
7/10.Better than I thought that I'd do!
William Laughlin
Johnny Rock,
You are mistaken. Multiplication and division carry equal weight and are done in the order they appear in the equation from left to right. One operation does not always precede the other. Their position in the equation determines when that operation is done. The same applies to addition and subtraction.