No, the product of reciprocals is 1.
No, the Sum of two reciprocals isn't 1. However, the PRODUCT of two reciprocals is 1. For example, if you multiply 1/2 with 2/1, you'd multiply the two numeraters, which would be 1X2=2, and the two denominators, which is 2X1=2. this would cause the answer to be 2/2, or 1.
If you have two lines that have negative recipricals (1 and -1 for example), the lines are perpendicular.
They can be written as reciprocals with positive exponents. For example, 5-7 = (1/5)7
If you multiply two reciprocals, their product must be 1.
No, the product of reciprocals is 1.
I have a feeling that you wrote "opposite reciprocals"where you only needed to write "reciprocals".Their product is ' 1 '.
No, the Sum of two reciprocals isn't 1. However, the PRODUCT of two reciprocals is 1. For example, if you multiply 1/2 with 2/1, you'd multiply the two numeraters, which would be 1X2=2, and the two denominators, which is 2X1=2. this would cause the answer to be 2/2, or 1.
If you have two lines that have negative recipricals (1 and -1 for example), the lines are perpendicular.
They can be written as reciprocals with positive exponents. For example, 5-7 = (1/5)7
If you multiply two reciprocals, their product must be 1.
Reciprocals. Example (a/b)(b/a)=(ab/ab)=1
For example, the reciprocal of 3 is 1/3. Two numbers are reciprocals (each is the reciprocal of the other) if their product is 1.
The slopes of perpendicular lines are reciprocals of each other. For example. if one line had an equation like y= 2x+4 then the perpendicular's slope would be y=x/2+4 -- they are reciprocals of each other.
Every pair of mutual reciprocals has a product of 1 .
Reciprocals are important because they serve as a guideline on how much more you need to get one whole.
If two numbers are reciprocals, then their product is 1. If the product of two numbers is 1, then they are reciprocals.