w(-4+z) = mz+17
Add -mz to both sides
wz-4w-mz = mz+17 - mz
-mz+wz -4w = 17
Add 4w to both sides
-mz+wz-4w+4w = 17+4w
-mz + wz = 4w + 17
Factor out variable z
z(-m+w) = 4w+17
Divide both sides by -m+w
z(-m+w)/-m+w = 4w+17/-m+w
Z = 4w+17 / -m+w
True or False
Answer:
False
Step-by-step explanation:
A trapezoid is one special type of quadrilateral.
The speciality is one pair of opposite sides would be parallel.
The trapezium may or may not have the non parallel sides equal. If they are equal it is called isosceles trapezium
Here when we consider a trapezium, the median is the line joining the mid points of the non parallel sides.
Since trapezium is narrow on one side of the median and wider on the other side of the median, this cannot divide the trapezium into two symmetrical shapes.
Hence A trapezoid cannot have symmetry with respect to the median of the trapezoid.
9
B.
18
C.
36
D.
54
Answer:
The LCM of the numbers 3, 6, and 9, is 18.
Step-by-step explanation:
The least common multiple (LCM) of two or more non-zero whole numbers is the smallest whole number that is divisible by each of those numbers. In other words, the LCM is the smallest number that all of the numbers divide into evenly.
Answer:
3,484 meters squared
Step-by-step explanation:
Since it’s a rectangle, opposite sides are the same length. This means 2 of the sides are 67 meters each, since the length of the rectangle is 67 meters. To find the width, add the 2 sides together that we know the length of (in this case it would be 67+67) and subtract it from the total perimeter (238-[67+67]). Take the result (104) and divide it by 2 (104÷2=52). Now that we know the width is 52 meters, you can find the area by multiplying the length times the width (67*52=3,484 meters)
Remember that the perimeter is the total length around the outside of the shape, and the area is the space inside of the shape
I’m not good at explaining things but I hope this helps!
Answer:
.......
B is the answer ......
Therefore , the solution of the given problem of unitary comes out to be 3 kilometres from the airport to the motel.
By combining the information obtained using this variable technique with all supplementary data from two individuals who used a specific tactic, the job can be completed. This mean that, if indeed the desired outcome materialises, either the stated person will be recognized or, in actuality, the colour by both huge processes will be skipped. For forty pens, a refundable charge of Rupees ($1.01) might be required.
Here,
Since there are 1,000 metres in a kilometre, we must split by 1,000 to convert metres to kilometres.
Thus, we can split by
=> 1,000 to convert 3,000 metres to kilometres:
=> 3 kilometres = 3,000 metres / 1,000.
Consequently, it is 3 kilometres from the airport to the motel.
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Answer:
The year that falls in the 13th century BC is **option A) 1700 BC.**