64.9K
RH#physics question. I’m in a boat that moves at 5 mph on the water. I want to travel 1 mile and then back. Suppose the river flows at 2 mph. How would the round trip time compare to still water? #velocity
@rhettallain
#Waveoptics
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RH#physics which is faster, a round trip in current or still water? #velocity
@rhettallain
5.9K
SU@sciencenerd732 ....
This video is a masterclass n intuitive phvsics and fluid dvnamics, demonstrating how a skilled operator can manipulate gravity and water tension to survive extreme conditions.
As the wave hits. the boater utilizes Archimedes' Principle by allowing the massive upward buovant force of the whitewater ta "pop" the bow of the ship upward rather than letting it be submerged.
By standing with his knees bent, he acts as a human gyroscope, decoupling his center of mass from the violent pitching of the hull to maintain stability.
He effectivelv turns the boat into a hvdrofoil, using the wave's kinetic energy to transition into a "planing" state where the craft skips across the surface of the foam rather than sinking into it.
Finally, he uses his paddle as a lever to create counter-torque, perfectly balancing the lateral forces of the breaking surf to stay upright against all odds.
DM for credit and or removal. No copyright intended This video is for educational purpose.
#PhvsicslnAction #science #PhvsicslnAction
@surfboardbrokeraustralia
11.2K
RHHere is the #physics and #kinematicequations for hang time
@rhettallain
1.7K
VIPrinceton physics 101 questions: kinetics part C #physics #STEM #tutor
@virtual_tutor
648.6K
RH#physics answer. How do the scale readings compare for equal water levels? #physicsquestion #forces #bouyancy
@rhettallain
15.6K
ASWhen you ask “How much does a shark weigh in water?”, you’re really asking about apparent weight, not actual weight.
⸻
⚖️ Actual Weight (in air)
The real weight is:
W = mg
Where:
• m = mass of the shark
• g = gravitational acceleration
This does NOT change whether the shark is in air or water.
⸻
🌊 Apparent Weight in Water
In water, an upward force acts on the shark:
👉 Buoyant force (Archimedes’ principle)
So the apparent weight becomes:
W_{\text{apparent}} = mg - F_b
⸻
🧠 What Happens to a Shark?
• Sharks have density very close to seawater
• They have:
• Large oily liver (low density)
• Cartilage skeleton (lighter than bone)
👉 Result:
• Buoyant force ≈ weight
• So:
W_{\text{apparent}} = mg - F_b
#instagram #trending #physics #viral
@astrophilicss
339
VIPhysics question: kinematics #physics #tutor #STEM
@virtual_tutor
141
ONSome fans asked me to derive the formula for escape velocity. Here's the derivation of the two formulas used for escape velocity: I itemized the steps. I will upload the image in the comment section for you to download it #physics #usa #Canada #readingcommunity #australia #goviral
@onihanathaniel
151
CRSome students mix up speed and velocity… and honestly, it’s an easy mistake to make.
Speed is how fast you’re moving.
Velocity is how fast and in what direction.
That small difference can make a big impact when solving problems.
Physics doesn’t have to be confusing—it just needs to be explained the right way.
Comment PHYSICS for a quick lesson 🤝
Follow @creativemindslc for simple breakdowns that actually make sense
@creativemindslc
176
2.9K
BREver noticed why deeper water pushes harder? 🤯
It’s all about pressure! When weight increases, pressure increases, and liquids push out with more force. 🚀
👉 Small weight = Low pressure = Weak water flow
👉 Heavy weight = High pressure = Strong water jets
Simple concept: More Weight → Higher Pressure → Stronger Flow
That’s why dams release powerful water streams from the bottom! 🌊
Understanding this helps in hydraulics, machines, and daily life. 🔧
Save & share this to make physics super easy! 🔥
@brainyatra
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