The angles of elevation of the top of a rock at the top and foot of a 100 m high tower, at respectively 30° and 45°. Find the height of the rock. -
![SOLVED: Rock Rock 2 Ks: Rock 3 Three identical rocks are launched with identical speeds from the top of a platform of height ho The rocks are launched in the directions indicated SOLVED: Rock Rock 2 Ks: Rock 3 Three identical rocks are launched with identical speeds from the top of a platform of height ho The rocks are launched in the directions indicated](https://cdn.numerade.com/ask_images/530b35b2022442d78a5e5f366d63844c.jpg)
SOLVED: Rock Rock 2 Ks: Rock 3 Three identical rocks are launched with identical speeds from the top of a platform of height ho The rocks are launched in the directions indicated
![The angle of elevation from the top of a rock and the foot to the top of a 60m high tower are ${45^0}{\\text{ and 6}}{{\\text{0}}^0}$respectively. Find the height of the rock. $\\left( {\\ The angle of elevation from the top of a rock and the foot to the top of a 60m high tower are ${45^0}{\\text{ and 6}}{{\\text{0}}^0}$respectively. Find the height of the rock. $\\left( {\\](https://www.vedantu.com/question-sets/15093946-bdac-452c-a7f5-d35f3bb9d55f6695894022227103809.png)
The angle of elevation from the top of a rock and the foot to the top of a 60m high tower are ${45^0}{\\text{ and 6}}{{\\text{0}}^0}$respectively. Find the height of the rock. $\\left( {\\
![Santiago, Chile, Statue of the Virgin Mary on the Hill of San Cristobal. Stock Image - Image of chile, white: 177891965 Santiago, Chile, Statue of the Virgin Mary on the Hill of San Cristobal. Stock Image - Image of chile, white: 177891965](https://thumbs.dreamstime.com/b/snow-white-statue-holy-virgin-mary-considered-patroness-townspeople-stands-very-top-rock-height-m-her-arms-177891965.jpg)
Santiago, Chile, Statue of the Virgin Mary on the Hill of San Cristobal. Stock Image - Image of chile, white: 177891965
![a) 20 m height rock cut is characterized by high face irregularity,... | Download Scientific Diagram a) 20 m height rock cut is characterized by high face irregularity,... | Download Scientific Diagram](https://www.researchgate.net/publication/250388246/figure/fig5/AS:298086770462723@1448080832267/a-20-m-height-rock-cut-is-characterized-by-high-face-irregularity-open-vertical.png)
a) 20 m height rock cut is characterized by high face irregularity,... | Download Scientific Diagram
The angles of elevation of the top of a rock at the top and foot of a 100 m high tower, at respectively 30° and 45°. Find the height of the rock. -
![The Angles of Elevation of the Top of a Rock from the Top and Foot of a 100 M High Tower Are Respectively 30° and 45°. Find the Height of the Rock. - The Angles of Elevation of the Top of a Rock from the Top and Foot of a 100 M High Tower Are Respectively 30° and 45°. Find the Height of the Rock. -](https://www.shaalaa.com/images/_4:18140e8ad9334f84b6a9e238350491aa.png)
The Angles of Elevation of the Top of a Rock from the Top and Foot of a 100 M High Tower Are Respectively 30° and 45°. Find the Height of the Rock. -
![A man stands on the roof of a 15.0-m-tall building and throws a rock with a velocity of magnitude - YouTube A man stands on the roof of a 15.0-m-tall building and throws a rock with a velocity of magnitude - YouTube](https://i.ytimg.com/vi/_SCUF8DtOi8/maxresdefault.jpg)
A man stands on the roof of a 15.0-m-tall building and throws a rock with a velocity of magnitude - YouTube
Andreas Phylactou - Αντρέας Φυλακτού - I could stay there all night! 260 meters height 68th floor 1° celsius Top of the Rock One of the most mesmerising views in the world!!! . . . #
![Question Video: Using the Law of Sines to Calculate an Unknown Length in a Real-World Context Involving Angles of Elevation | Nagwa Question Video: Using the Law of Sines to Calculate an Unknown Length in a Real-World Context Involving Angles of Elevation | Nagwa](https://media.nagwa.com/949128074940/en/thumbnail_l.jpeg)