Answer: 14,000 seeds
Step-by-step explanation: hope this helps<3
Answer: 17 goes into 527 31 times so the answer is 31
Step-by-step explanation:
Answer:
<h3>23.5"</h3>
Step-by-step explanation:
Please see attached a sketch of the television
the size of a television is described by the length of its diagonal in inches.
in this case, the diagonal of the television is 48"
we are told that the aspect ratio is 16:9
hence the dimension of the television as seen from the draft is
length= 16x
height=9x
Applying Pythagoras theorem
(16x)^2+(9x)^2= 48^2
256x^2+81x^2=2304
337x^2=2304
divide both sides by 337 we have
x^2=2304/337
x^2=6.8367
x=√6.8367
x=2.6
What is the height
H=9x
=9(2.6)
=23.5"
Answer:
You got about 52 (~51.975) questions right on your chemistry exam
You got a 93.1% on your biology exam
Step-by-step explanation:
55 multiplied by 0.945 gives you about 52
And for the second part just divide 54/58 to get the percentage
Answer:
Receiver path:
x-5 = t(0)
y-50 = -10t
defender path:
x-10 = -0.9t
y-54 =-10.72t
Yes, he will reach the goal line (y = 0) before the defensive player catches him.
Step-by-step explanation:
Vector equation: (x-x1, y-y1) = t(a1, a2)
Horizontal component : x-x1= ta1
Vertical component: y-y1= ta2
(x-5, y-50) = t(0, -10)
x-5 = t(0)
y-50 =t(-10)
Parametric equation for the receiver path:
x-5 = t(0)
y-50 = -10t
(x - 10, y - 54) = t(-0.9, -10.72)
x - 10 = t(-0.9)
y - 54 = t(-10.72)
Parametric equation for the defender path:
x-10 = -0.9t
y-54 =-10.72t
At the 50yard line, using the receiver parametric equation for vertical component:
y-50 = -10t
At y= 50
50-50 = -10t
0= -10t
t= 0/-10 = 0
At y= 0
0-50 = -10t
t = -50/-10 = 5
Defender at y = 50
y-54 =-10.72t
50-54 =-10.72t
t = -4/-10.72 = 0.37
at y = 0
0-54 =-10.72t
t = -54/-10.72 = 5.04
t of receiver < t of defender
Since time of receiver at y=0 is less than time of defender, he will reach the goal line (y = 0) before the defensive player catches him.
