Answer:
4 inches
Step-by-step explanation:
Let us assume that there are few numbers of friends.
Therefore, 28 inches of one sandwich has to be divided into equal few pieces and another 36 inches of the sandwich has to be divided into equal few pieces.
We have to calculate the greatest possible length of the pieces.
Therefore, the greatest length of each piece will be a common factor of 28 and 36.
Now, we have 28 =2×2×7 and 36 =2×2×3×3. Hence, the greatest possible factor is 2×2 = 4.
Therefore, greatest possible length of each piece of the sandwich is 4 inches. (Answer)
Answer:
Actual length = 22 feet
Actual width = 10 feet
Actual area = 220 sq. feet.
Step-by-step explanation:
The scale in the drawing plan is 3 inches : 5 feet.
So, it interprets that the original length of 5 feet is drawn in the drawing plan of 3 inches length.
Therefore, 13.2 inches length of the drawing is equivalent to 
feet in the original length. (Answer)
And, the 6 inches width of the drawing is equivalent to 
feet in the original width. (Answer)
Now, the area of the actual studio will be (22 × 10) = 220 sq. feet. (Answer)
There are four 1/4’s per hour
Multiply the miles by 4:
15 3/4 x 4 = 63 miles per hour
Answer: Your solution is <u>34206</u>
Hope this helps you!!!!
Answer:
y = (2-3d)/(7+c)
Step-by-step explanation:
-cy + 2 = 3d + 7y
To solve this equation in terms of y, we must first move all of the terms containing a y to one side of the equation and move all of the other terms to the other side.
Our first step is going to be to add cy to both sides of the equation.
- cy + cy + 2 = 3d + 7y + cy
2 = 3d + 7y + cy
Next, we can subtract 3d from both sides of the equation.
2 - 3d = 7y + cy
Next, we can factor out a y from the right side of the equation.
2 - 3d = y (7 + c)
Finally, we can divide both sides by the quantity (7+c) to get the y alone on the right side of the equation.
(2-3d)/(7+c) = y
Therefore, your answer is y = (2-3d)/(7+c).
Hope this helps!
