answer:"Shrek the Third" is not a production company, but rather a specific movie within the "Shrek" franchise. It is produced by DreamWorks Animation, a major animation studio known for producing popular animated films. DreamWorks Animation is responsible for creating and distributing a wide range of animated movies, and "Shrek the Third" is one of their notable productions.

answer:I apologize, but as a text-based AI model, I am unable to display images or logos. However, Illumination Entertainment is a film production company known for producing animated movies such as the "Despicable Me" franchise, "The Secret Life of Pets", and "Sing". Each production company typically has its own unique logo or branding, so it's best to search online or visit Illumination Entertainment's official website to find the specific logo you're looking for, including any potential "Tangled Variant".

answer:"Hero of the Rails DVD USA Released" is not a production company, but the title of a specific DVD release for the movie "Hero of the Rails". This movie was produced by HiT Entertainment, a British-American entertainment company known for producing children's television programs and films. HiT Entertainment is recognized for its creation of popular brands such as "Thomas & Friends", "Bob the Builder", and "Fireman Sam". They have produced numerous DVDs and television episodes featuring these beloved characters.

answer:Let's assume that the time it takes for Mary to row to the other side is "t". During this time, the river will carry her downstream for a distance of t * 1.5 m/s. Since Mary is rowing in a straight line and the river is flowing perpendicular to her, she will have to row for a distance of 160 m + t * 1.5 m/s to reach the opposite shore. We know that Mary rows with a speed of 2.0 m/s, so the time it takes her to row across the river is 160 m + t * 1.5 m/s / 2.0 m/s. Setting up the equation: t = distance / speed = 160 m + t * 1.5 m/s / 2.0 m/s. Multiplying through by 2.0 m/s: 2.0 m/s * t = 320 m + 1.5 m/s * t. Subtracting 1.5 m/s * t from both sides: 2.0 m/s * t - 1.5 m/s * t = 320 m. Simplifying the equation: 0.5 m/s * t = 320 m. Dividing both sides by 0.5 m/s: t = 320 m / 0.5 m/s = 640 s. Now we can calculate the distance Mary is carried downstream by the river: t * 1.5 m/s = 640 s * 1.5 m/s = 960 m. Therefore, Mary will be 960 m downstream from her intended landing spot when she reaches the opposite shore.