3/4 is the correct answer
Answer:
The coordinate of C is (5,9)
Step-by-step explanation:
A, B and C are collinear and B is between A and C.
The ratio of AB to AC is 1:3
If A is at (2,-6) and B is at (3,-1)
AB:AC = 1:3
B is between A and C
AB:(AB+BC) = 1:(1+2)
Therefore, AB:BC = 1:2
Let the point C (a,b)
Using section formula:
where,
Substitute into formula and solve coordinate point C
Hence, The coordinate of C is (5,9)
Answer:
(5, 9)
Step-by-step explanation:
The distance between A and B is 1/3 the distance between A and C.
x coordinates:
3 − 2 = 1/3 (x − 2)
1 = 1/3 (x − 2)
3 = x − 2
x = 5
y coordinates:
-1 − (-6) = 1/3 (y − (-6))
5 = 1/3 (y + 6)
15 = y + 6
y = 9
The coordinates of point C are (5, 9).
¹⁶/₅ or 3 ¹/₅ or 3.2 ounces.
Given:
Question:
How much more chocolate did Mrs. Harrison use in the brownies than in the frosting?
The Process:
From the information above, we made a suitable diagram as follows:
Hence, one part equal to .
She used of the chocolate to make some frosting, meaning two of five parts of the chocolate.
And she used the rest, that is, of the chocolate to make brownies, meaning three of five parts of the chocolate.
Finally, let us find out how much more chocolate did Mrs. Harrison use in the brownies than in the frosting. Before that, prepare in the form of a fraction of the part in question.
or one of five parts of the chocolate.
We declare this fraction into ounces by multiplying it by 16 ounces.
Thus Mrs. Harrison used 3.2 ounces more chocolate in brownies than in the frosting.
Keywords: Mrs. Harrison, used 16 ounces, dark chocolate, while baking, she used 2/5, to make some frosting, and used the rest to make brownies. How much more chocolate did Mrs. Harrison use in the brownies than in the frosting
Answer:
Walking on the sidewalk would talk longer
Step-by-step explanation:
You would have to walk beside the sidewalk, causing you to talk less steps to get to school.