B. (x + 2)(x + 12)
C. (x + 3)(x + 8)
D. (x + 1)(x + 11)
Factor 2m2 + 27m + 70
A. (2m + 7)(m + 10)
B. (m + 10)(2m + 7)
C. (2m + 3)(m + 20)
D. (2m + 7)(m – 10)
Factor g2 – 64
A. (g – 1)(g + 64)
B. (g + 8)(g – 8)
C. (g – 8)(g – 8)
D. (g + 8)(g + 8)
Factor 49t2 – 9
A. (7t + 3)(7t + 3)
B. (7t + 3)(–7t – 3)
C. (7t + 3)(7t – 3)
D. 7t – 3
The area of a rectangular field is given by the trinomial t2 – 4t – 45. The length of the rectangle is t + 5. What is the expression for the width of the field?
A. t – 9
B. t – 5
1. Angle 1 & angle 2 form a linear pair
2. Angle 1 is supplementary to angle 2
State the two reasons.
I really don't understand this question and I have a test tomorrow
Answer:
1:2
Step-by-step explanation:
24 : 48 simplified is 1 : 2
(1 point)
h = 6w + 4
h = 4w + 6
h = 4w
h = 4w – 6
6 students
Given:
In a classroom,
There are 36 students in the class.
Question:
How many students are wearing a shirt other than a blue or white?
The Process:
Let us calculate the number of students who are wearing blue shirts and white shirts.
Blue shirts:
White shirts:
We cross out 36 and 3 because they both can be divided.
And now, we will find out how many students are wearing a shirt other than blue or white.
- - - - - - - - - -
Quick Steps:
Step-1:prepare a proportion of students who wear a shirt other than blue and white
Step-2: calculate how many students who wear a shirt other than blue and white
Keywords: in a classroom, 1/6 of the students, wearing blue shirts, 2/3, white shirts, there are 36 students, in the class, how many students, other than a blue or white, proportion