600 feet away
It is 2.25
You have four that you took away!
0.312 > 0.31 as only 0.002 away, whereas 0.32 is a larger 0.008 away 0.31 > 0.3 as only 0.01 away, whereas 0.4 is a larger 0.09 away Answer: 0.312 is 0.3 to nearest tenth
one take away one tenth = nine tenths
10 as only 0.17 away 9 is a larger 0.83 away
36 feet tall.
To find the height of the tree, we can use similar triangles. The ratio of Pete's height to his distance from the mirror is the same as the ratio of the tree's height to the distance from the mirror to the base of the tree. Set up and solve the proportion: 4/5 = x/15. Cross multiply and solve for x, which represents the height of the tree.
Since the mirror reflects the image in front of it, the apparent distance of oneself standing in the mirror will be twice as far as the distance from you to the mirror. If you are standing 2 meters from the mirror, the image will appear as 4 meters away.
The reflected dog will appear to be sitting behind the mirror, at a location farther away than the actual dog.
The image appears to be behind the mirror due to the reflection of light. When light hits the mirror, it bounces off and creates the illusion that the image is located behind the mirror. This is how mirrors create images by reflecting light back to our eyes.
Any water that collects on the ground is called standing water. This can be in the form of puddles, ponds, or other bodies of water that do not flow or drain away. Standing water can pose a risk for breeding mosquitoes and other insects.
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The boy standing on the ground would hear the sound as the train’s horn is being blown, but the pitch would gradually decrease as the train moves away from him. This is due to the Doppler effect, where the frequency of the sound waves decreases as the source of the sound moves away from the observer.
When you move your face away from a concave mirror, the image you see in the mirror will become smaller and eventually disappear as you move further away from the focal point of the mirror. This is because the magnification effect of the concave mirror is strongest when objects are close to the mirror's focal point.
When you hold an object far away from a concave mirror, the mirror will produce a real image that is inverted and smaller than the object. The image will be formed at the mirror's focal point.
When you move away from a mirror, your image appears smaller because the angle between you and the mirror increases, resulting in a smaller reflected image. This is due to the principles of reflection and geometry.
The reflected light ray that shines away from a mirror is called the "incident ray." It represents the path taken by light as it approaches and then reflects off the mirror surface.