bar modeling is math
Your 6 divided by -1 equals -6. Here's the scoop. Every fraction, and 6 over -1 is a fraction, has three signs. There's the sign of the numerator, that top number, the sign of the denominator, that bottom number, and then there's the sign of the bar, that division bar. Here's the way your fraction breaks down. You have +6 over -1 with a + on the bar. Remember that if no sign is shown in front of a number, it's assumed to be positive. Now the rule is, you can change any two signs and not change the value of the number. That's any two signs. So let's look at "any" fraction. If both the numerator and denominator have negative signs, change them both and the number will have the sign of the bar. That's because 1) you changed the signs of both the numerator and denominator, changed two signs, and 2) now they are both positive and you can just look at the sign on the bar for direction. A -6 over a -2 is the same as +6 over +2. We didn't mention the sign of the bar in the case of that example, but if the sign of the bar is +, the the answer is +3. If the sign of the bar is negative, the answer is -3. Simple and easy. If either numerator or denominator is a minus and the other is plus, then change the one that's a minus into a plus and change the sign of the bar at the same time. You've done your two changes. Now you have a positive number over a positive number, and you'll simplify and use the sign of the bar, whatever it turns out to be, on the number. If you have -6 over +2, change the -6 to +6 and change the sign of the bar. Then you'll have +6 over +2, and you'll apply the sign on the bar to the reduced form of +6 over +2, which is +3. If the sign on the bar is plus (after you've changed it, of course, because you changed it when you changed the minus sign of either the numerator or denominator) you have +3 for an answer. If the sign on the bar is a minus sign, you'll have a -3. The whole trick is to get a positive numerator over a positive denominator and let the sign of the bar go where ever it has to so you can get a plus over a plus. Then evaluate your fraction and use the sign of the bar on your answer. Piece of cake.
Well, isn't that a lovely number you have there! The bar notation for 0.134 561 345 613 456 would be 0.134561345613456 with a bar over the last three digits, indicating that the pattern repeats. Just like painting a happy little tree, math can be a beautiful and calming experience when you see the pattern unfold.
a ratio table is a way of presenting a ratio on a math table ratio is just another word for verses. for ex. if their are 23 dudes and 55 dudettes the ratio would be 23:55 so the graph would have a higher bar for the dudettes compared to the dudes
It is 0.98 with a bar over the 98.
Does my answer reflect to the d
If there is a bar over a number it means that it is an irrational number or possibly an infinite number. A number with a bar over it cannot be considered a whole number.
The repeating dots, (Example: 1.333...) mean that the number is infinitelydefined, in other words, the number never ends. We can also make the previous_example look like this: It will have the same meaning. 1 .3 (With A bar over the 3) = 1.333...The bar will indicate which decimal values are infinite.Also please note that the bar should be above the numbers that are repeatingdo not "abuse" the bar, It has the potential to get the question wrong.Hope I helped! ~WonX~
left side of the number line
and x with a bar over the top.
the repeating term of a decimal
bar modeling is math
Yes. 0.3 with a bar over it is 1/3, which is a rational number.
Bar notation in math terms means that in repeating decimals the line or bar placed over the digits that repeat like 3.666 the bar notation would go over all of the sixes because if the numbers are all the same you just draw the line over the first three numbers that repeat but if you have a number like 0.899899899 then you put the bar notation above the first pattern like .899 and take off the rest until it changes I know this answer is long but after you try it once it will stick with you.
A horizontal line, placed above a symbol.Also (in physics), a bar is a unit of pressure. 1 bar = 100,000 pascal.
In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.In Roman numerals a bar written over a letter means multiply that number by one thousand.
An "e" with a bar over it means it has the long sound as in the word "deep."