7a + 5a = 6a + 24
<span>6a = 24 </span>
<span>a = 4 </span>
<span>XZ = 6(4) + 24 </span>
<span>XZ = 48 </span>
Answer:
8.5b - 3.4(13a - 3.2b) + a = 19.4b - 43.2a
Step-by-step explanation:
It is a simple mathematical problem with multiple like terms. We can solve it by applying basic mathematical rules of multiplication and addition/subtration.
8.5b - 3.4(13a - 3.2b) + a
= 8.5b - 3.4*13a -3.4*(-3.2b) + a
= 8.5b - 3.4*13a + 3.4*3.2b + a
= 8.5b - 44.2a + 10.88 b + a
Now, only like terms can be added to each other
= (8.5b + 10.9b) + (a - 44.2a)
= 19.4b + (-43.2a)
= 19.4b - 43.2a
A. A = -10 x, B = -4
<u>Explanation:</u>
Given:
For A:
The Quotient of the Operation is -5 x
The Divisor of the Operation is 2
So the remainder is -10 x
For B:
The Quotient of the Operation is -2
The Divisor of the Operation is +2
So the remainder is -4
So, the missing values in the table is A = -10 x and B = -4
Answer:
The answer to this question can be defined as follows:
Step-by-step explanation:
In the first point:
Yes, the Finite Floating Point Structures are considered Where 
In the second point:
There is no device with a finite floating-point since the right side is
This equality never happens, then, with the rational numbers (
and 
is rational).
