Asked by Serg
A picture frame in 17 inches long and 13 inches wide,it is placed in a 2 inch wide frame. The frame is 21 inches long,what is the area of the frame? It has a hidden question
Answers
Answered by
Ms. Sue
Are you sure?
A picture frame is placed in a picture frame?
Do you mean that a picture is 17 by 13 and is placed in a frame?
A picture frame is placed in a picture frame?
Do you mean that a picture is 17 by 13 and is placed in a frame?
Answered by
Serg
Yes sorry a picture
Answered by
Ms. Sue
The area of the picture is
17 * 13 = 221 square inches
The picture frame (with backing) is
21 * 17 = 357 square inches
357 - 221 = _______ square inches for the frame
17 * 13 = 221 square inches
The picture frame (with backing) is
21 * 17 = 357 square inches
357 - 221 = _______ square inches for the frame
Answered by
Serg
Thank you appreciate it.
Answered by
Ms. Sue
You're welcome.
Answered by
Serg
I'm confused. A picture frame is 17 in long and 13 in wide, it is placed in a 2 in wide frame. It shows a picture of a frame with 21 in long it does not show the width of the frame in the picture.
Answered by
Ms. Sue
Since the frame is 2 inches wide, it is 4 inches longer and 4 inches wider than the picture.
Answered by
Serg
So the area of the picture frame is 136
Answered by
Ms. Sue
136 square inches -- yes.
Answered by
Serg
I got it sorry thank you
Answered by
Ms. Sue
You're welcome.
:-)
:-)
Answered by
ali
Problem 4: A block of mass m slides down a frictionless incline as:
The block is released from height h above the bottom of the circular loop.
(a) Find the force exerted on the block by the inclined track at point A. (Hint: Consider the Newton’s 2nd law in the radial direction and you may use polar coordinates for this circular part of the path to relate the acceleration and velocity components).
(b) Find the force exerted on the block by the inclined track at point B.
(c) Find the speed of the block at point B.
(d) What is the maximum height that the block can reach after leaving the track?
(e) Find the distance between point A and the point that the block land on ground level?
The block is released from height h above the bottom of the circular loop.
(a) Find the force exerted on the block by the inclined track at point A. (Hint: Consider the Newton’s 2nd law in the radial direction and you may use polar coordinates for this circular part of the path to relate the acceleration and velocity components).
(b) Find the force exerted on the block by the inclined track at point B.
(c) Find the speed of the block at point B.
(d) What is the maximum height that the block can reach after leaving the track?
(e) Find the distance between point A and the point that the block land on ground level?
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