Additive inverse is the number you add to a given number to make the sum zero. The addition of both the number must be zero to make both numbers additive inverse.. The additive inverse of the given complex number is
<h3>Addictive Inverse</h3>
Addictive Inverse-Additive inverse is the number you add to a given number to make the sum zero. The addition of both the number must be zero to make both numbers additive inverse.
Let an example, if we take the number 10 and add -10 to it. Thus -10 is the additive inverse of the number 10.
Here, the given number is a complex number. A complex number is a number of the form a + bi, where a and b are real numbers. The given function is,
The additive inverse of the above number is,
Add both and check by equating with zero,
Hence, the additive inverse of the given complex number is .
For more about the additive inverse, follow the link below-brainly.com/question/13715269
Answer:
The slope is 6.
Step-by-step explanation:
For this, you will want to use the slope formula.
m = y2 - y1 / x2 - x1
m = 14 - 2 / 19 - 17
m = 12 / 2
m = 6
Answer:
6x x 9= 54x
Step-by-step explanation:
product=multiplication so six the product of six and a number means to multiply and then multiply it by 9. to solve just multiply both numbers.
Hi there!
From this problem we can pull out some key information and remove any excess.
- The trail is 1/4 of a mile long.
- Angelo rode around the trail 8 times.
- Angelo claims he rode 8/4 miles.
- Teresa claims he rode 2 miles.
From that we know that if Angelo rode around the trail 8 times and the trail is 1/4 a mile, he in total rode 8/4 of a mile.
However, Teresa claims he rode 2 miles!
And the answer is... they're both correct!
Angelo did indeed ride 8/4 miles however that is equivalent to 2 miles so they are both in the right.
Part A:
Expression
The constants are 15 and 100
The variables are
and
Part B:
Expression
has two terms;
and
. We know this because both have different variables attached to them
Part C:
The term
is the expression for the total earned from her allowance
