Answer:
P (-3 , 4) ---> (-4 , -3)
Q (-1 , 3) ---> (-3 , -1)
R (-2 , 1) ---> (-1 , -2)
S (-4 , 1) ---> (-1 , -4)
Step-by-step explanation:
270° clockwise rotation: (x , y) ---> (-y , x)
x=5is greater than 7
hsiehdje
jehhejjeijeh
heuehhrjeihdo
Total paper required to wrap the gift without any overlaps:
Here, we need to find the total paper required without any sides overlapping to wrap the gift.
The gift is of <em>cuboid </em>type.
Given the following:
<em>Length </em>= 15 cm
<em>Width </em>= 30 cm
<em>Height </em>= 20 cm
Please refer to the attached figure.
We can infer that to find the paper required, we actually need to the find the<em> total surface area of the cuboid</em>.
Because the gift wrap will be done <em>on the faces of gift</em> (which is of cuboid shape).
Formula for Surface Area of <em>Cuboid:</em>
Hence, total paper required to wrap the gift without any overlaps:
a) 9+(-3) + (-2) = 9 -5 = 4> 0 ⇒ Positive Sum
b) -12 +1 +11 = -12 +12 5 = 0 ⇒ Zero Sum
c) -3 +8 + (-4) = -7 + 8 -5 =-1 < 0 ⇒ Negative Sum
d) -4+9+(-10) = 9 -14 = -5 < 0 ⇒ Negative Sum
e) 3+(-2) + (-4) = 3 -6= -3 < 0 ⇒ Negative Sum
f) 2 + (-4) + 2 = 4 -4 = 0 ⇒ Zero Sum
Positive Sum is defined as the condition in which the Sum of total of gains and losses is GREATER THAN ZERO.
Zero Sum is defined as the condition in which the Sum of total of gains and losses is EQUAL TO ZERO.
Negative Sum is defined as the condition in which the Sum of total of gains and losses is LESS THAN ZERO.
Now, here