a, whatever the value is, would be the constant.
The answer depends upon what the "x" here means. x is commonly used in algebra to denote a variable. However "x" is also a symbol used to mean multiplication. If the first then 5xa means 5 multiplied by x multiplied by a. If the second then 5xa means 5 multiplied by a. This is usually written simply as 5a.
The GCF is 5a.
The value of a fuse shows how many volts of electicity it will allow to pass through until it cuts out. For example a fuse saying 5A will allow anything up to 5A to pass through but if any more than that flows into it, the fuse will cut out.
5a = -5a + 5Add 5a to each side:10a = 5Divide each side by 10:a = 5/10 = 1/2
In mathematics, the term "5a squared" can be written as "5a^2". This expression represents the product of 5 and the square of the variable "a". To calculate the value of 5a^2, you would square the value of "a" and then multiply the result by 5.
If you mean: 6a+7 = 5a then the value of a is -7
the value that makes this ewuation true 5a=a is 2a
12
5a - 1 = a - 7 4a = -6 a = -1.5
The value of a in the equation 5a plus 2a = 6-6a is a=6/11.
a = Zero
a, whatever the value is, would be the constant.
The answer depends upon what the "x" here means. x is commonly used in algebra to denote a variable. However "x" is also a symbol used to mean multiplication. If the first then 5xa means 5 multiplied by x multiplied by a. If the second then 5xa means 5 multiplied by a. This is usually written simply as 5a.
The GCF is 5a.
13a - 6 + a = 5a + 3 + 3a 13a + a - 5a - 3a = 3 + 6 6a = 9 6a/6 = 9/6 a = 3/2
Oh, dude, 5a x 5a is just 25a^2. It's like multiplying 5 by 5 to get 25, and then you just stick that 'a' in there twice because math said so. So yeah, 25a^2, easy peasy lemon squeezy.