Answer:
Height of the kite is meters.
Ground distance from the kite to the person flying the kite is 50 meters.
Step-by-step explanation:
Given that a string of a kite is 100 meters long and it makes an angle of 60° with horizontal.
Which mans we are getting a shape of right angle triangle as shown in picture. Where "y" is the height of the kite and "x" is the ground distance from the kite to the person flying the kite. Now we can use trigonometric ratios to find the values of x and y.
Hence height of the kite is meters.
similarly:
Hence ground distance from the kite to the person flying the kite is 50 meters.
The scientific notation is 1.92 x 10^6.
Answer:
$132.00
Step-by-step explanation:
15 cases at $66; 66 divided by 15= $4.40 a case
20 cases at $88; 88 divided by 20=$4.40 a case
35 cases at $154.00; 154 divided by 35=$4.40 a case
therefore 30 cases x $4.40 per case = $132.00
Answer: Choice D
By the hinge theorem, we know that the opposite side of the given angles will be larger as you increase the angle. Basically think of a door opening. The greater or wide the door is open, the larger the hinge angle leading to a larger distance from door to frame.
We see that angle G = 70 is larger than angle B = 28. So the opposite side HF must be larger than side AC
Note: the hinge theorem only works if we know two pairs of sides are congruent like this
1 one change I don't know how but change