Answer:
and
Step-by-step explanation:
We have to check which term and has GCF
GCF of and =
GCF of and =
GCF of and =
GCF of and =
GCF of and =
Hence, the correct answer is:
and
{46, 55}
{–1, 13}
{–15, 27}
{–21, 33}
B: –3a^2 + 11a + 5
C: 3a^2 + 11a + 5
D: –3a^2 + 11a – 5
Answer: B = –3a^2 + 11a + 5
For difference, the answer is
-3a^2 -5a -5
Step-by-step explanation:
(3a – 3a^2) + (5 + 8a)
To find the sum or difference, we will open the brackets.
To look for l the sum, we add
3a – 3a^2 + 5 + 8a
Collecting like terms,
= -3a^2 +8a + 3a +5
= -3a^2 + 11a + 5
Option B is the right answer.
To look for the difference, we subtract.
(3a – 3a^2) - (5 + 8a)
Opening the brackets
3a – 3a^2 - 5 - 8a
Collecting like terms
-3a^2 + 3a -8a -5
= -3a^2 -5a -5
The options available corresponds only to what we got for the sum, so
-3a^2 + 11a + 5 is the answer
1.) Remove parentheses.
3a−3a^2 +5+8a
2.) Collect Like Terms.
(3a+8a) - 3a^2+5
3.) Simplify.
11a - 3a^2+5
Answer:
Step-by-step explanation:
Answer:
15,000 Letters
Step-by-step explanation:
1. variables
2. constants
3. units
4. numbers
This question is based on the concept of Fahrenheit and Celsius. Hence, the correct option is (1), in the literal equation, , C and F represent variables.
Given:
In the literal equation,
We have to choose appropriate option for what to C and F represent.
According to question,
It is given that, in the literal equation,
This is the relation between Fahrenheit and Celsius.
Where, F = Fahrenheit and C = Celsius
By changing the value of C, the value of Fahrenheit F changes.
Therefore, F and C represents variables.
Hence, the correct option is (1), in the literal equation,
, C and F represent variables.
For more details, prefer this link:
Answer:
variables
Step-by-step explanation:
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