This problem can be solved via a simple ratio and proportion approach. The concept is, the ratio of the actual length to the model length is constant. The solution is as follows:
Actual/Model = 12 m/ 1 cm = x/7.25 cm
Solve for x,
x = 87 m
<em>So, the actual distance is 87 m.</em>
Answer:
1:3 is the probability
Step-by-step explanation:
Answer:
5.6cm
Step-by-step explanation:
The surface area of cylinder = 2*pi*r(r+h)
Given:-S.A=94.2 cm Sq.
Radius r=2cm
Put all valve into formulas and calculate
(r+h) =S. A/2*pi.r
= 94.2/2*3.14*2
=~7.6 cm
(r+h) =7.6
Or h= 7.6-r
Or h= 7.6-2
Or h=5.6 cm
There are 5 yellow roses in each of Michelle's vases.
<u>Colise</u>
2 vases x 10 red roses = 20 total red roses
2 vases x 5 yellow roses = 10 total yellow roses
20 red roses + 10 yellow roses = 30 total roses
<u>Michelle</u>
30 total roses / 6 red roses in each vase = 5 yellow roses in each vase
