We have the following pattern to show heights along with their corresponding shadows. 10-radtpole=shadowof12feet 20-footpole=shadowof24feet 30-footpain=shadowof36feet 40-foot pole=shadowoo49feet 50-footpole=shadowor6afeet Complete the following statement. The shedow of the telephone pole is 46 feet long, which is square 36 feet and square 48 feet. This means the height of the telephone pole will be square square 40 feet. v] 30 feet, but Because 46 fent is closer to square feet, we know the height of the tel hone pole will be closer r to 40 feet than It will be to 30 feet. telepho
![We have the following pattern to show heights along with their corresponding shadows.
10-radtpole=shadowof12feet
20-footpole=shadowof24feet
30-footpain=shadowof36feet
40-foot pole=shadowoo49feet
50-footpole=shadowor6afeet
Complete the following statement.
The shedow of the telephone pole is 46 feet long, which is square 36 feet and square 48 feet. This means the height of the telephone pole will be square
square 40 feet.
v] 30 feet, but
Because 46 fent is closer to square feet, we know the height of the tel hone pole will be closer r to 40 feet than It will be to 30 feet. telepho](https://asstes.questionais.com/resource%2Fqaiseoimg%2F202508%2Ffollowing-pattern-show-heights-along-corresponding-tINw8H7I6i0k.jpg?x-oss-process=image/resize,w_558,h_500/quality,q_35/format,webp)
Solution4.3(302 votes)
Answer
Explanation
Similar Questions
4) Evaluate. Write your answer as a whole number or as a simplified fraction. $4^{3}\cdot 3^{2}=\square $
5 Cheddar cheese costs $\$ 4.25$ per pound. Which equation best represents y, the total cost of x pounds of cheddar cheese? Your answer
Simplify. $\frac {\frac {9}{2}-6}{1+\frac {7}{6}}$ $\square $
Find the partial sum. $\{ 38,31,24,17,\ldots \} ;S_{12}$
7. Find the coordinates of the intersection of the diagonals of the parallelogram with vertices $(-2,-4),(-4,4),(2,12)$ and $(4,4)$ 8. Three vertices of $\square ABCD$ are $A(1,5),B(1,1)$ and $D(2,2)$ Find the coordinates of the remaining vertex.
The GCF of $40c^{6}$ and $48c^{7}$ is $8c$ The missing exponent is __ The solution is $\square $
Find the solution(s) to each equation, or explain why there is no solution. $\sqrt {x+4}+7=5$
28. \( \left(\frac{112}{7}\right)^{\frac{1}{4}} \)
use the distributive property to remove the parentheses. $(2z^{4}-8z^{3}+3)4z^{5}$ Simplify your answer as much as possible.
$Area=4\cdot 69$ $=\square \cdot (\square -\square )$









