A. V= l x b x h
= 5cm x 4cm x 10cm
= 200 squared centimetres
C. V= S squared x h divided by 3
= 15cm x 17cm divided by 3
= 85 squared centimetres
D. V= b x h x l divided by 2
= 8cm x 10cm x 13cm divided by 2
= 520 cubed centimetres
Well am not sure about the other two but I hope this helps ya
The sum of 14 and a number is 14+x
we know that this equals 17, so: 14+x=17.
Let's substract 14 from both sides:
x=17-14
x=3
so the number is 3.
Answer:
No solution.
Step-by-step explanation:
So we have the system of equations:

We can solve this by substitution. Substitute the first equation into the second. Thus:

Distribute the right:

Subtract 4y from both sides:

Subtract the right:

As you can see, this statement is not true. In other words, the system of equations have no solution (likely because the lines are parallel).
And we're done!
Answer:
5 N.
Step-by-step explanation:
Given that,
A force vector M points 3 N in the x-direction and 4 N in the y-direction.
We need to find the magnitude of vector M. The magnitude of the vector when they are perpendicular to each other is given by :

So, the required magnitude of M is 5 N.
2.857 m away from the wall. because if it is 1.3 m off the ground when fired then you just subtract that from 2.9 to get 1.6 then divide that by sin (38.2) to get 2.857 m from the wall.