@.rockytuff: Jeremiah Smith go to miss him #fyp #Jeremiah #ncaa #ohiostate #highqualitycontent

Zane-S71 :

Like wdym he’s got one more year. He was just the best freshman wr

calebron :

Bro showed his 2 drops 😭

low._tone🤞🏿 :

The reason Jeremiah Smith dropped the ball at practice can be explained through a combination of environmental physics and mathematical variables that briefly disrupted the play. As the football traveled through the air, its path followed a predictable arc that could almost be modeled like an equation. If the ball’s trajectory is imagined as **y = mx + b**, the slope (m) represents the ball’s angle and speed while the intercept (b) represents the exact point where the catch should occur. Normally, Jeremiah Smith’s brain processes these variables instantly, almost like solving a system of equations in real time. For example, if the ball’s velocity is moving at something like **18–20 mph**, descending at roughly a **35–40° angle**, and his reaction time is around **0.20 seconds**, his hands and eyes synchronize perfectly to meet the ball at the exact coordinate. However, at this moment the sun introduced a new variable into the equation. The solar glare hitting directly into his eyes increased the “error term,” almost like adding **+5 or +10 units** of visual distortion to the equation. So instead of the ball arriving at a perfect coordinate like **(4,2)** in his field of vision, the glare shifted the perceived point slightly to something like **(4,3) creating a tiny miscalculation in timing. Even a difference of 0.05 seconds in reaction time or 1–2 inches in hand placement can affect the outcome of a catch. Under normal conditions, Jeremiah Smith consistently solves these complex “equations” of motion with elite precision, tracking spin rate, velocity, and trajectory like a perfectly balanced formula. In this case, the direct solar radiation simply acted like an unexpected constant added to the function, momentarily disrupting the calculation, which shows that the drop wasn’t about ability but about how even the smallest external variable like sunlight can briefly interfere with even the most elite level of performance.

adamadam2820 :

Damn Carnell and Arvell left him

Alan :

Song name?

Ji :

Chill w that second clip it was the sun

1luhtrey_32 :

He drop the first one because he wasn’t looking at the ball second one the sun was in his eyes

MILLION DOLLAR CHASER🏃🏾 :

It’s crazy there’s only 2 clips of him droppin da ball 😁

PVNTHER :

1 more season of greatness

colin nichols🏈⚾️🏀 :

God forbid a wr drops a ball

sean :

First overall pick next season🥺

⭐𝓙 𝓔𝓓𝓘𝓣𝓩 :

Only 2 drops 😭

YourfavBlasianRoyal⚜️⚡️🇯🇲🍜 :

The reason Jeremiah Smith dropped the ball at practice can be explained through a combination of environmental physics and mathematical variables that briefly disrupted the play. As the football traveled through the air, its path followed a predictable arc that could almost be modeled like an equation. If the ball’s trajectory is imagined as **y = mx + b**, the slope (m) represents the ball’s angle and speed while the intercept (b) represents the exact point where the catch should occur. Normally, Jeremiah Smith’s brain processes these variables instantly, almost like solving a system of equations in real time. For example, if the ball’s velocity is moving at something like **18–20 mph**, descending at roughly a **35–40° angle**, and his reaction time is around **0.20 seconds**, his hands and eyes synchronize perfectly to meet the ball at the exact coordinate. However, at this moment the sun introduced a new variable into the equation. The solar glare hitting directly into his eyes increased the “error term,” almost like adding **+5 or +10 units** of visual distortion to the equation. So instead of the ball arriving at a perfect coordinate like **(4,2)** in his field of vision, the glare shifted the perceived point slightly to something like **(4,3) creating a tiny miscalculation in timing. Even a difference of 0.05 seconds in reaction time or 1–2 inches in hand placement can affect the outcome of a catch. Under normal conditions, Jeremiah Smith consistently solves these complex “equations” of motion with elite precision, tracking spin rate, velocity, and trajectory like a perfectly balanced formula. In this case, the direct solar radiation simply acted like an unexpected constant added to the function, momentarily disrupting the calculation, which shows that the drop wasn’t about ability but about how even the smallest external variable like sunlight can briefly interfere with even the most elite level of performance.

愛 :

? :

Jesus❤️you

mxtionbanzz🫟🧟‍♂️😈 :

@low._tone🤞🏿: The reason Jeremiah Smith dropped the ball at practice can be explained through a combination of environmental physics and mathematical variables that briefly disrupted the play. As the football traveled through the air, its path followed a predictable arc that could almost be modeled like an equation. If the ball’s trajectory is imagined as **y = mx + b**, the slope (m) represents the ball’s angle and speed while the intercept (b) represents the exact point where the catch should occur. Normally, Jeremiah Smith’s brain processes these variables instantly, almost like solving a system of equations in real time. For example, if the ball’s velocity is moving at something like **18–20 mph**, descending at roughly a **35–40° angle**, and his reaction time is around **0.20 seconds**, his hands and eyes synchronize perfectly to meet the ball at the exact coordinate. However, at this moment the sun introduced a new variable into the equation. The solar glare hitting directly into his eyes increased the “error term,” almost like adding **+5 or +10 units** of visual distortion to the equation. So instead of the ball arriving at a perfect coordinate like **(4,2)** in his field of vision, the glare shifted the perceived point slightly to something like **(4,3) creating a tiny miscalculation in timing. Even a difference of 0.05 seconds in reaction time or 1–2 inches in hand placement can affect the outcome of a catch. Under normal conditions, Jeremiah Smith consistently solves these complex “equations” of motion with elite precision, tracking spin rate, velocity, and trajectory like a perfectly balanced formula. In this case, the direct solar radiation simply acted like an unexpected constant added to the function, momentarily disrupting the calculation, which shows that the drop wasn’t about ability but about how even the smallest external variable like sunlight can briefly interfere with even the most elite level of performance.

.loveprod1 :

He did good this season

💀 :

Can’t get out of it

🪷🫧🌺🥥☀️🍉 :

can sb do Ryan Williams