1+ w2= d12
d12 + h2 = d22
(12+ w3) + h2 = d22
62+22+42=022
48=022
d2 = 148
d2 = V(16)(3)
d2 = 4v3
Use the Pythagorean theorem twice 1 time to find the diagonal one the bottom from the box. And then find the 2 diagonal using the one before which is diagonal 1 and find the height of the box. Hope this helps!
Paula needs a total of 1.47 meters of ribbon to cover the entire perimeter of her painting.
Each piece of ribbon is 25 centimeters long.
To find how many pieces Paula needs, convert the meters to centimeters and divide.
1.47 meters = 147 centimeters
Paula needs 147 centimeters of ribbon.
Divided 147 by 25 to find how many 25 cm long pieces of ribbon Paula needs.
147 / 25 = 5.88
Paula needs 5.88 pieces of ribbon.
Since you can't buy just 0.88 piece of a ribbon, you need to buy a full one and just be left with some leftovers, like remainders.
This means Paula needs 6 ribbon pieces.
Hope this helps!
Answer:
there is no picture
Step-by-step explanation:
Given A = {(1, 3)(-1,5)(6,4)), B = {(2,0)(4, 6)(-4,5)(0, 0)) and C = {(1, 1)(0, 2)(0, 3)(0, 4)(-3,5)), answer the following mult
Anna71 [15]
Answer:
The correct option is Sets A and B only
Step-by-step explanation:
A relation in a set is said to be function, if every first element of an ordered pair in a set is related with unique element of second element.
No,two distinct second element of an ordered pair,has same first element.
For Set A:
Every First element of set A has unique second element. So, it is a function.
For Set B:
Every First element of set B has unique second element and no two distinct Second element of set B,has same first element. So, it is a function.
<u>Thus the correct option is Sets A and B only.</u>