Cheating on the Beachmaster by Rebecca Kessler has explained an intriguing behavior of female Southern elephant seals. The entire species of elephant seals are well known for their polygynous mating behavior, in which one male elephant seal dominates several females until another stronger male elephant seal dethrones him. This process involves violent fightings among the males and many other brutish behaviors. According to Burney J. Le Boeuf, a marine biologist studies elephant seals for years at the University of California, male elephant seals have the “habit of biting the neck when copulating”. Meanwhile, female elephant seals and their pups are expected to very vulnerable and independent because of their relatively smaller sizes compared to those of the males.
These three events all lead up to the climax of Bethany's first time being able to surf after the shark attack. " Then it happened. A wave rolled through, I caught it... It's hard for me to describe the joy I felt after I stood up and rode a wave in for the first time after the attack" (181). When Bethany finally begins to surf again after the attack, the mental and physical battle with herself is resolved and it becomes clear she will continue surfing. "
The board that Bethany used the day of the attack had got bitten off, they put the board on the sharks mouth and the measurements were complete. it matched! In late 2004, the police officially confirmed that it was the shark that attacked Bethany. Weeks after Bethany's attack she had finally got back in the water and struggled a lot to get back up and surf. Of course this was very hard for Bethany because she had to do it with one arm
It did not take long for her to get back into the water again. Only a month after the attack she was back in the water learning to surf again. “My fear of losing surfing was greater than my fear of sharks.” Bethany stated. (TheGauridan.com) Relearning how to surf was hard for her, she had to overcome many obstacles.
The constant movement of solutes and water across cellular membranes is an overarching concept that helps to maintain cells’ growth and dynamic homeostasis. Water potential, the measure of the relative tendency of water to move from one area to another, takes into consideration the concentration of free water molecules. It is calculated using the following formula: water potential (Ψ) = pressure potential (Ψp) + solute potential (Ψs). The water in an organism moves down a concentration gradient, from an area of high water potential to low potential.
Have you ever surfed a three story wave? Against all odds, Jay Moriarty was training to do just that. In preparation for this enormous task, Jay would have to train physically, mentally, and even spiritually. Should one of these goals were left unfulfilled, he would be ultimately unsuccessful in quest to surf one of the largest waves ever recorded.
Bethany Hamilton was resting on her board waiting for the next wave to come. She had her right arm on the board supporting her, and the left arm dangling and splashing
The Surfer Boys Are At It Again America’s favorite surfer boys, The Beach Boys are currently on their Australasian tour in January of 1964. These boys have gained a lot of popularity and have even had a US number one charting song this year titled “I Get Around”. They have been performing many of their big hits on this tour from their new albums “Surfin U.S.A”, “Surfer Girl”, and “All Summer Long”. The band consists of three brothers and two close friends. These being Brian Wilson, Dennis Wilson, Carl Wilson, Al Jardine, and Mike Love.
All she had to do was try. One day, some of Bethany’s friends were planning on going surfing, so Bethany wanted to come and watch. Once she arrived, she knew that surfing was too tempting, so she decided to go on her board (Hamilton 177). For Bethany, stepping into that water for the first time felt like stepping back home (Hamilton 180). Once Bethany was in the water, her mind was set on catching a wave and getting on her feet.
The text states, “Rogue waves seem especially likely to occur in places in the ocean where currents collide.” (Simmons 59) In addition, rogue waves are made from wind strength and wind speed. If they are near an island or a part of the land, they can get up to 100 feet tall. In conclusion, rogue waves are found far out in the middle of the sea and wind strength, speed, and currents colliding form these catastrophic waves.
The wind basically stirred up the waves. It made the waves big and powerful. The wind had speeds of 60 miles per hour. Worst winds they've seen in centuries. Those winds made the waves big.
The actions of Mr Ross throughout the book represents the key ideas of manipulation and control throughout the novel. This can be seen many times in the book, one key example is the formation of The Wave, Mr Ross teaches the principles of power through discipline to his student, this was meant to be a way of introducing them to how the Nazi’s were operated. However in the creation of the Wave Mr Ross manipulates his students trust in him, he uses this trust to begin an experiment. Mr Ross abuses his power to take control of the students, most of whom are not able to think rationally about the situation and simply follow his orders, this shows manipulation as he guides the students into believing that they are superior to non-members of The
“Waves transmit energy, not water, and are commonly caused by the wind as it blows across the ocean, lakes, and rivers” ( Megan Forbes, 1). Odysseus has obtained Poseidon’s wrath, and number one rule is to not
Imagine a ball sailing into the back of the net and the crowd going wild. Do you ever wonder why it got there with such power? Of course you do! Think of Newton’s First Law of Motion. It states that an object at rest will stay at rest, and an object at motion will stay in motion unless acted upon by an outside, unbalanced force.
Bernoulli’s theorem is a special application of the laws of motion and energy. The principle equation describes the pressure measured at any point in a fluid, which can be a gas or a liquid, to the density and the velocity of the specified flow. The theorem can be explained by the means of imagining a particle in a cylindrical pipe. If the pressure on both sides of the particle in the pipe is equal, the particle will be stationary and in equilibrium.
