Answer:
The first option
Step-by-step explanation:
The coordinates of each point divided by 4 matched up with the ones on that answer so it's the first one. it's proportional so I think that's it.
Hope this helped QwQ
The number of small cubes in each cuboid is:
(a) 3, b) 6, c) 27, and d) 16.
Given are four cuboids.
It is required to find the number of small cubes that are used to make these cuboids.
a) There are only 3 small cubes.
b) There is only one step of cubes.
Number of cubes = 3 + 3 = 6
c) There are 3 cubes arranged horizontally and 3 cubes arranged vertically through each surface.
Number of cubes in one step = 3 × 3 = 9
There are 3 steps like that.
So, total number of cubes = 3 × 9 = 27
d) There are 4 cubes in the horizontal position.
And there are 4 cubes going down.
Total number of cubes = 4 × 4 = 16
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Answer:
a) 3 cubes
b) 6 cubes
c) 15 cubes
d) 16 cubes
b. 15
c. 30
d. 120
B.)35
C.) 36
D.) 40
Answer:
Step-by-step explanation:
Given: The linear equation .
To find: The solution of the linear equation.
Solution: The given linear equation is:
Rewriting the like terms, we get
Solving the above equation, we have
⇒
⇒
⇒
which is the required solution to the linear equation.
the answer is k=0.5 hope it helps
-49/4
-7/2
7/2
49/4
Answer :
Given expression is
To make perfect square trinominal we use completing the square method
In completing the square method we add and subtract the half of square of coefficient of middle term
Here coefficient of middle term is -7
Half of -7 is
Square of is =
So the expression becomes that gives perfect square trinomial
Hence , the value of 'c' is
The value for c will make the expression a perfect square trinomial is 49/4
The equation is given as:
x^2 - 7x + c
Take the coefficient of x
k = -7
Divide it by 2
k/2 = -7/2
Square both sides
(k/2)^2 = (-7/2)^2
The above represents the value of c.
So, we have:
c = (-7/2)^2
Evaluate
c = 49/4
Hence, the value for c will make the expression a perfect square trinomial is 49/4
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