It's not possible to give you an answer without knowing the height of your shadow, because the height of a shadow depends on the position of the light (the lower the longer the shadow is). But if the shadow is exactly the same height as you, it would be the same inches in height as you are. To calculate that, just multiply 5 ft x 12, which = 60 inches, then add the other 3 inches to it. That would give you a total of 63 inches.
It sounds like a homework question, so I am going to act like a tutor. What you need to do is convert the height of the building and the shadow into inches. Fifty three feet three inches is equal to how many inches? 30 feet is equal to how many Inches? Then all you have to do is figure out the ratio (larger number divided by smaller number in this case) and multiply that by the height of the shadow of the man) Then you might want to convert back into feet and inches. Hint: the building is taller than its shadow, so the man also will be taller than his shadow.
You can compute the height by using proportions: (90/162) = (H/108), which would be read, 90 is to 162 as H is to 108. then solve for H, which is the actual height of the emu. H = (90/162) x 108 = 59.94 inches
When the sun is low down, the shadow is longer. If the sun is high up the shadow is shorter.
Height of building/105 = 6/14 Multiply both sides by 105: Height = 630/14 Height = 45 feet
It's not possible to give you an answer without knowing the height of your shadow, because the height of a shadow depends on the position of the light (the lower the longer the shadow is). But if the shadow is exactly the same height as you, it would be the same inches in height as you are. To calculate that, just multiply 5 ft x 12, which = 60 inches, then add the other 3 inches to it. That would give you a total of 63 inches.
It sounds like a homework question, so I am going to act like a tutor. What you need to do is convert the height of the building and the shadow into inches. Fifty three feet three inches is equal to how many inches? 30 feet is equal to how many Inches? Then all you have to do is figure out the ratio (larger number divided by smaller number in this case) and multiply that by the height of the shadow of the man) Then you might want to convert back into feet and inches. Hint: the building is taller than its shadow, so the man also will be taller than his shadow.
It works out as 12 feet and 4 inches in height
You can compute the height by using proportions: (90/162) = (H/108), which would be read, 90 is to 162 as H is to 108. then solve for H, which is the actual height of the emu. H = (90/162) x 108 = 59.94 inches
3'6"
NO.
To solve this problem, we can set up a proportion based on the similar triangles formed by the yardstick and its shadow, and the building and its shadow. The ratio of the height of the yardstick to its shadow is 36:21. We can use this ratio to find the height of the building by setting up the proportion: 36 inches / 21 inches = x / 168 feet. Solving for x, the height of the building would be 288 feet.
The height of the object casting the shadow, the height of the sun in the sky, what angle you are at when looking at the shadow.
The sunlight's vertical angle to the man (standing straight) and to the totem pole is the same. Therefore the length of their shadows (one side of a right triangle) to their heights (the other side) will have the same ratio.Man is 74 inches tall, shadow is 4 feet.Totem Pole is X inches tall, shadow is 6 feet (1.5 times as long)74 inches x 1.5 = 111 inches, the height of the totem pole (9' 3" tall).
When the sun is low down, the shadow is longer. If the sun is high up the shadow is shorter.
To solve this problem, we can set up a proportion using the similar triangles formed by the flagpole and its shadow, and the mailbox and its shadow. The height of the flagpole to its shadow is 30 feet to 12 feet, which simplifies to 5:2. Using this ratio, we can determine the height of the mailbox by setting up the proportion 5/2 = x/1.5 (converting 18 inches to feet). Solving for x, the height of the mailbox would be 3.75 feet.
To find the height of the tree, we can set up a proportion using the similar triangles formed by the tree and its shadow, and the person and their shadow. The ratio of the height of the tree to its shadow is the same as the ratio of the height of the person to their shadow. This gives us (height of tree)/(9 ft) = (6 ft)/(4 ft). Solving for the height of the tree, we get height of tree = (9 ft * 6 ft) / 4 ft = 13.5 ft.