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if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | when you get low numbers like 1,2,3 how do you find the square root of it ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | why is the symbol facing right instead of left ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | but when you see a radical symbol like this , people usually call this the principal root . principal root . principal , principal square root . | is there such thing as a quad root ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | when are you supposed to times the the square root number by the number in the radicle ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | can there be the square root of rational numbers and not just integers ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | do square roots only apply to perfect squares ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | so , ummm ... what would be the square root of 48 ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | is there a square root of any decimal number , or vice versa ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | the book and khan academy all square root easy ones for understanding but how do you square root 576 without a calculator ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | could a square root be a decimal , or a fraction ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | what would be the square root of 3,2 , and 1 ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | and three squared is equal to nine , i can do that again . i can do that many times . i can write four , four squared , is equal to 16 . | wait so a squar root is just multiplying that number by its self that many times ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | is the square root of 25 -- -- -- 5 or -5 ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | in the real world , what are square roots good for ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | where did this symbol originate ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | given a large number , say in the thousands , not equal to a perfect square , what 's an easy way to find the approximate square ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | but when you see a radical symbol like this , people usually call this the principal root . principal root . principal , principal square root . | how do you find cubed root ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | but when you see a radical symbol like this , people usually call this the principal root . principal root . principal , principal square root . | also how do you find the side length using squar or cubed root ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | are there square roots for negative numbers ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | how to find the square root of 729 ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . | is there an explanation about the difference between -3^2 and ( -3 ) ^2 ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | but when you see a radical symbol like this , people usually call this the principal root . principal root . principal , principal square root . | what is another name of principle root ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | what is the difference between a radicand and a radical ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | if people wanted to write something equivalent where you would have two x 's that could satisfy it , you might see something like this . plus or minus square root of nine is equal to x , and now x could take on positive three or negative three . | is the plus or minus sign the same as the sign in the practice where the plus and minus are touching ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | could there be a square root of a fraction ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | is there a way to find square roots for irrational numbers ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | how can i simplify a square root ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | is a square root based on a regular square ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | and 40 sec it was stated that the square root of 9 is = to 9 is it not 9*9= to 81 ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | what is square root hour ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | how do you find the square root or cube root of large numbers ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | and what 's interesting about this is , well , if you square both sides of this , of this equation , if you were to square both sides of this equation , what do you get ? well negative , anything negative squared becomes a positive . and then the square root of nine squared , well , that 's just going to be nine . | when you put parentesies on a negative such as ( -x ) ^2 it is postitive , but what about when you do n't ? |
if you 're watching a movie and someone is attempting to do fancy mathematics on a chalkboard , you 'll almost always see a symbol that looks like this . this radical symbol . and this is used to show the square root and we 'll see other types of roots as well , but your question is , well , what does this thing actua... | principal , principal square root . square root . and another way to think about it , it 's the positive , this is going to be the positive square root . | how can the square root of -9 be -3 ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | when in our lives will we use disributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | but then when you evaluate it , 4 times 8 -- i 'll do this in a different color -- 4 times 8 is 32 , and then so we have 32 plus 4 times 3 . 4 times 3 is 12 and 32 plus 12 is equal to 44 . that is also equal to 44 , so you can get it either way . | so for example 34 ( 12+2^4 ) is ( 34 x 12 ) + and 2 to the fourth power is 16 so it is ( 34 x 12 ) + ( 34 x 16 ) right ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | and then we 're going to add to that three of something , of maybe the same thing . one , two , three . so you can imagine this is what we have inside of the parentheses . | why do we need to know the distributive property if we know how to multiply a one digit number by a two digit number ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | we can evaluate what 8 plus 3 is . 8 plus 3 is 11 . so if we do that -- let me do that in this direction . | how do you write 3 to the second power ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . we just evaluated the expression . | when will we use algebra in our lives besides school ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what 's the difference between the communicative property and the distributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how do we use the distributive property in the real world ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | now , what is this thing over here ? if you were to count all of this stuff , you would get 44 . but what is this thing over here ? | would the same rules apply when a variable has taken place of the number ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what is the most important thing in distributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | would the distributive property still apply ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . now there 's two ways to do it . | why do you have to 4 x 8 + 4 x 3 if the question only asks 4 x 8 + 3 ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how do you use the distributive property for decimals ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | but then when you evaluate it , 4 times 8 -- i 'll do this in a different color -- 4 times 8 is 32 , and then so we have 32 plus 4 times 3 . 4 times 3 is 12 and 32 plus 12 is equal to 44 . that is also equal to 44 , so you can get it either way . but when they want us to use the distributive law , you 'd distribute the... | what would 34 ( x-1 ) equal ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what is the difference between associative and distributive properties ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | why is math so important ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 4 times 3 is 12 and 32 plus 12 is equal to 44 . that is also equal to 44 , so you can get it either way . but when they want us to use the distributive law , you 'd distribute the 4 first . | when variables are in there ... or did i get smth wrong ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . now there 's two ways to do it . | if the question was 2 ( 8 ) , will the property still apply ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . but then when you evaluate it , 4 times 8 -- i 'll do this in a different color -- 4 times 8 is 32 , and then so we have 32 plus 4 times 3 . 4 times 3 is 12 and 32 plus 12 is equal to 44 . | can you make the 98 into a different number ( 100 ) and then subtract 2 ( 100 - 2 ) ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | how many properties are there ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how is the distributive property of multiplication over addition easier than the normal way ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | does distributive property go in order ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | now there 's two ways to do it . normally , when you have parentheses , your inclination is , well , let me just evaluate what 's in the parentheses first and then worry about what 's outside of the parentheses , and we can do that fairly easily here . we can evaluate what 8 plus 3 is . | i mean when do we decide to put things in parentheses ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how do you apply the distributive property when working with variable fraction , with a whole number with variables as the distributive number ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . | why do we use the * symbol for multiplication ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what is associative , commutative , and distributive ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | when in our lives will we use distributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | why was the distributive property made ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | let me go back to the drawing tool . we have it one , two , three , four times this expression , which is 8 plus 3 . now , what is this thing over here ? | which expression is equivalent to -3 ( -7+2x ) ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how do you show distributive property of -7x 32 ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | does the distributive property only apply when the addition expression is in parentheses ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | does the distributive law and the distributive property mean the same thing ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | we can evaluate what 8 plus 3 is . 8 plus 3 is 11 . so if we do that -- let me do that in this direction . | when using the distributive property could n't you just multiply 11 by 4 instead of 4 ( 8+3 ) or is 8+3=11 the whole point of the distributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so it 's 4 times this right here . this right here is 4 times 3 . so you see why the distributive property works . | for example , a video explaining anything along the lines of : 4 ( -x + 5 ) - 3 ( b + b ) + x ( 2 - 3 ) ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . | i was also wondering how do you remember the differences between commutative , associative and distributive law of addition ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so what 's 8 added to itself four times ? that is 4 times 8 . so this is 4 times 8 , and what is this over here in the orange ? | what would 4 ( 6x+7 ) -9 ( 3x ) be ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | and then we 're going to add to that three of something , of maybe the same thing . one , two , three . so you can imagine this is what we have inside of the parentheses . | witch one is more efficent the first one or the second on ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what does the distributive property mean ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | how do i put in a mutiplication symbol ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how long does it take to finish a distributive property over addition problems for you ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what are distributive property over addition ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what is 8 x 42 using distributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . we just evaluated the expression . | is it possible to use distributive law on addition calculations ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | what 's the difference between a law and a property in math ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | does the distributive property always work ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . | why is it called the distributive law of multiplication over addition ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | a lot of people 's first instinct is just to multiply the 4 times the 8 , but no ! you have to distribute the 4 . you have to multiply it times the 8 and times the 3 . | my problem is `` distribute '' ( 3x+4 ) 5 the x is really throwing me off.. help please ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | how many numbers are there in world history ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . but then when you evaluate it , 4 times 8 -- i 'll do this in a different color -- 4 times 8 is 32 , and then so we have 32 plus 4 times 3 . 4 times 3 is 12 and 32 plus 12 is equal to 44 . | why is khan such a color freak ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . | what is the distributive law of multiplication over addition ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . now there 's two ways to do it . | what is 1,512 x -8,965 ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . we just evaluated the expression . | may we use negative numbers ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | why is it multiplication over addition ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | we can evaluate what 8 plus 3 is . 8 plus 3 is 11 . so if we do that -- let me do that in this direction . | how can you solve 3 h + ( - 7 h ) ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | what does the fox say ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . | is distrubutive law of multiplication easier than the regular way of calculating ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | since multiplication and divison are two sides of the same coin , and addition and subtraction are two sides of the same coin , does that mean that , since multiplication has a distributive property over addition , that division has a distributive property over subtraction ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | does distributive property involve the order of operations ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | this is the distributive property in action right here . distributive property in action . and then when you evaluate it -- and i 'm going to show you in kind of a visual way why this works . | how do use negatives and exponents in the distributive property ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . we just evaluated the expression . | what is the difference between the 'distributive law ' and the 'bodmas ' rule ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | but when they want us to use the distributive law , you 'd distribute the 4 first . now let 's think about why that happens . let 's visualize just what 8 plus 3 is . | what happens if there is a+b ( c+d ) ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . | jenna made 6 bracelets using 32 bradshaw each kayla made 7 bracelets using 29 beads each who used more beads ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | 8 plus 3 is 11 , and then this is going to be equal to -- well , 4 times 11 is just 44 , so you can evaluate it that way . but they want us to use the distributive law of multiplication . we did not use the distributive law just now . | why is there no multiplication sign ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . now there 's two ways to do it . | something i do n't get is if they do n't ask you to show you work , why does is matter which one u use , 4 x 8 + 4 x 3 or 8 plus 3 x 4 ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | but then when you evaluate it , 4 times 8 -- i 'll do this in a different color -- 4 times 8 is 32 , and then so we have 32 plus 4 times 3 . 4 times 3 is 12 and 32 plus 12 is equal to 44 . that is also equal to 44 , so you can get it either way . | how do you rewrite a times ( b+12 ) and you have to put in 44+48 into the problem ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | is there any other symbol that would represent addition in an expression or equation other than the plus symbol ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition , usually just called the distributive law . so we have 4 times 8 plus 8 plus 3 . | how do you remember the differences between commutative , associative and distributive law of addition ? |
rewrite the expression 4 times , and then in parentheses we have 8 plus 3 , using the distributive law of multiplication over addition . then simplify the expression . so let 's just try to solve this or evaluate this expression , then we 'll talk a little bit about the distributive law of multiplication over addition ... | so in the distributive law , what this will become , it 'll become 4 times 8 plus 4 times 3 , and we 're going to think about why that is in a second . so this is going to be equal to 4 times 8 plus 4 times 3 . a lot of people 's first instinct is just to multiply the 4 times the 8 , but no ! | i 'm having trouble with a problem on my homework ... 2x=2 ( x+2 ) is suppose to equal 4+x < -- ( x to the second power ) what am i missing ? |
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