I believe it's called the lowest common multiple.
Hope this helps
Answer:
Step-by-step explanation:
If the equation represents the position of the ball as a function of time then, to find in which second the ball reaches 120 feet must substitute in the equation of the height and solve for t.
If the initial velocity is 95 feet/s then
Then:
Use the quadratic formula
Where, for this problem:
So
<em>This result means that the ball reaches 120 feet for the first time at 1.8 seconds, then begins to descend and on its descent again reaches 120 feet at t = 4.1 seconds.</em>
Answer:
y= 90
Step-by-step explanation:
64−(3y+8y+y)÷40=37
Combine terms in the parentheses
64−(12y)÷40=37
Subtract 64 from each side
64-64−(12y)÷40=37-64
-(12y)÷40=-27
Multiply each side by 40
-(12y)÷40*40=-27*40
-12y =-1080
Divide each side by -12
-12y/-12 = -1080/-12
y =90
Answer:
The answer to your question is x = 18
Step-by-step explanation:
Use this problem using proportions
Substitution
Solve for "x"
x =
Simplification
x =
x = 18
Each tent weight 6 lb 10 oz
We know that : 1 lb = 16 oz ( 1 pound = 16 ounces )
Their combined weight:
2 x 6 lb 10 oz = 12 lb 20 oz = 13 lb 4 oz
Answer: 13 lb 4 oz