Let x represent a 2-point basket, and y represent a 3-point basket.
Basket equation: x + y = 16
Point equation 2x + 3y = 39
Solve using system of equations:
if x + y = 16, then x = 16 - y
Plug into the second equation:
2(16-y) + 3y = 39
32 - 2y + 3y = 39
32 + y = 39
y = 7
So the number of 3-point baskets scored was 7. Hope this helps, let me know if there’s a step you don’t understand! :)
To produce the word form and standard form of the value given we can first
establish the simplest and clearest form by turning the given numerical value
into a single number
1. 70, 000, 000 + 400, 000 + 10, 000 +
8, 000 + 500 + 30 + 9 = 70, 418, 539
2. Hence, the word form will be
seventy million four hundred eighteen thousand five hundred and thirty-nine
Use the triangle formed by the height of the trapezoid to find the lengths of the two sides of the trapezoid and the length of b2:
tan(60)=oppositeadjacent . Adjacent=5tan(60)=2.89 cm.
This finds the base of the triangle, which can be added twice to b1 to find b2: b2=8+2.89+2.89=13.78 cm.
Now, use the same triangle to find the length of the sides.
sin(60)=oppositehypotenuse . Hypotenuse=5sin(60)=5.77 cm.
Lastly, add all of the lengths together: b1+b2+2(l)=8+(2.78+2.78+8)+2(5.77)=33.32 cm.
First calculate (-8x-15)=120
Then multiply - 11x120
=-1320
<span>Which angle do you want?</span>
