Answer:
Total number of dozen muffins they both bake is
Step-by-step explanation:
Given : Arthur baked dozen muffins. Nina baked dozen muffins.
We have to find the total number of dozen muffins did they both bake.
To find the total number of dozen muffins did they both bake is equal to number of dozen of muffins Arthur bake and number of dozen of muffins Nina bake
That is
Mathematically written as ,
Total number of dozen muffins = number of dozen of muffins Arthur bake + number of dozen of muffins Nina bake
Given : Arthur baked dozen muffins
and Nina baked dozen muffins.
Total number of dozen muffins =
Simplify, we get,
Total number of dozen muffins =
Adding, we get,
Total number of dozen muffins =
Thus, Total number of dozen muffins they both bake is
B.The ratio of their corresponding angles is 1:2.
C.The ratio of their corresponding sides is 1:2
D.The size of the quadrilaterals is different but shape is same.
Answer:
A.The measure of their corresponding angles is equal.
Step-by-step explanation:
I got it right on a FLVS test
Answer:
y = -(1/3)x - 8
Step-by-step explanation:
Slope intercept form is defined as y = mx + b. Therefore, we need to start by isolating the y variable. To do this, we can subtract x from both sides:
3y = -x - 24
Next, we need to divide both sides by 3 so that y is singular:
y = (-1/3)x - 8
The original equation is now in slope intercept form.
Slope = -1/3
Intercept = -8
y ≤ -x + 2
y > -4
(−3, 7)
(0, −2)
(4, 3)
(1, −4)
Answer:
0, -2
Step-by-step explanation:
The system of inequalities given is:
x ≥ -3
y ≤ -x + 2
y > -4
To find which point represents a solution to this system, we need to check each option and see if it satisfies all three inequalities.
Let's start by checking the first option, (-3, 7):
For x ≥ -3: Since x = -3 in this case, it satisfies the first inequality.
For y ≤ -x + 2: Substituting x = -3 and y = 7, we get 7 ≤ -(-3) + 2, which simplifies to 7 ≤ 5. This inequality is not true, so (-3, 7) is not a solution.
Now let's check the second option, (0, -2):
For x ≥ -3: Since x = 0 in this case, it satisfies the first inequality.
For y ≤ -x + 2: Substituting x = 0 and y = -2, we get -2 ≤ -(0) + 2, which simplifies to -2 ≤ 2. This inequality is true, so (0, -2) satisfies the second inequality.
For y > -4: Substituting y = -2, we get -2 > -4. This inequality is also true, so (0, -2) satisfies all three inequalities.
Therefore, the point (0, -2) represents a solution to the given system of inequalities.
The expression 6(31/5)(21/3) can be simplified by doing the division first, then multiplication. The final answer is 260.4.
To simplify the expression 6(31/5)(21/3), we must first perform the operations inside the parentheses, the division operations, and then multiply the results together with the other number, 6.
First, perform the division operations in each set of parentheses: (31/5) equals 6.2 and (21/3) equals 7.
Then multiply these two results together: 6.2 times 7 equals 43.4.
Lastly, multiply this result by 6: 43.4 times 6 equals 260.4.
So the expression 6(31/5)(21/3) simplifies to 260.4.
#SPJ11
4r + 9 + r+ 2p - 3
CHOICES:
5r + 2p + 6
7r + 6
14r - p
5r + 2p - 12
Answer:
5r + 2p + 6
Step-by-step explanation:
4r+r = 5r
9-3 = 6