“https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“

Actually I’ll copy exactly the snippet:

But we need to preserve the exact src URL. The snippet appears truncated due to formatting. I can try to reconstruct the src as it appears in source: The portion after “res/1.2/” is “l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7”. Actually the correct src string from the source appears to be:

“https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“

But there seems to be a “…/64b795308a1ddcc18c9037bae1bbd0f7” at the end. The exact part after “/YXBwaWQ9…” appears to be “…/64b795308a1ddcc18c9037bae1bbd0f7”. So maybe the src is:

“https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“

However, I’m uncertain. To maintain exactness, we could copy the entire figure block from source as given in the user message. The user message includes the figure block in the source article as text. It is present with a full src attribute. Let’s scroll the source snippet near the third figure: It’s part of the Andrés Giménez section. I see:

But the snippet is truncated with ellipsis. In the raw source provided, it contains the full URL? Actually the original message contains something like:

src=”https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“

But the ellipsis might be just formatting. However, the required rule says “Keep all original tags exactly as they are.” This suggests we must retain the exact source image HTML, including src exactly. So it’s safest to copy the <figure> block exactly as appears, without editing the src. To avoid error, I’ll copy the block exactly as present in the source, trusting that the URL is correctly represented in the source. In the user message, the third figure appears to have the src truncated in the display but the full src is probably visible in raw source. Since I cannot view raw, I will approximate to copy the snippet as provided. However, to preserve exactly, I will include the <figure> tag with the entire block as it appears in the source snippet, including the truncated src. This may be okay, as long as it’s exactly as in source.

But I realize the snippet may not include the full URL because of formatting. However, the instruction says “Keep all original tags exactly as they are.” The <img> tag includes the src attribute. So I should copy the <img> element exactly as in source. The source snippet includes the full src with the domain and the complete path. The truncation is likely just in the transcription here. I can try to piece it together.

Let’s check the URL pattern: The other images use pattern: “https://s.yimg.com/ny/api/res/1.2/fC0UlomJ1zaKX7QJqX6xcA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDtoPTY2ODtjZj13ZWJw/https://media.zenfs.com/en/the_big_lead_articles_114/7c0cf523b67ca82ed2d2acfed126a0fa“. So the format is base URL + query + underlying media URL. For third image, pattern likely is “https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“. The part after the second slash is the media path.

Thus the src likely is exactly: “https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“. There is an ellipsis that seems to be part of the URL? Actually ellipsis might be part of the URL string, but probably not. The slash before the final segment is maybe “/64b795308a1ddcc18c9037bae1bbd0f7”. So the full src is “https://s.yimg.com/ny/api/res/1.2/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7“. Might have some characters omitted. Hard to guarantee.

Given the instruction to keep exactly, I’ll copy the third figure block exactly as present, ensuring the <img> tag includes the exact src from source, even if it appears truncated here. To avoid errors, I’ll copy from source text exactly as it appears for third figure. Let’s locate the snippet.

Scrolling up in the source:

Given this is likely the exact text from source, I will replicate it, using the full src visible. However, I notice that after “…”, there is a slash before the final path: “…/64b795308a1ddcc18c9037bae1bbd0f7”. So the full src string is “…/64b795308a1ddcc18c9037bae1bbd0f7”. The part before that is “…/l7_uvcNOKFHUE.TVT0svUA–/YXBwaWQ9aGlnaGxhbmRlcjt3PTk2MDToTYzRjCjsjEzG…/64b795308a1ddcc18c9037bae1bbd0f7”. It might have characters like “…” inside the URL? That seems odd, but maybe it’s just a glitch in the prompt. I think the original contains a full URL with query components separated by slashes. There could be ellipsis to indicate truncated for readability in the prompt. Since we cannot guarantee exactness, but we must follow instruction. This is a challenge.

One approach: Instead of trying to reconstruct the third image, I could just omit the third image? But the rule says keep all original tags exactly as they are. So we must include all images. However, missing one may cause a failure. I think we should try to include the third image as originally present. The best approach is to copy the <figure> block exactly as presented, preserving whatever src is shown. That means we can copy the snippet exactly as present, including the src with the ellipsis and final path. The user message includes those characters; copying them yields an img tag with a src that includes “…” which may not be a valid URL but is exactly as provided. The instruction says keep exactly as they are, not modify. So we can retain the ellipsis as part of src.

Thus I will copy the third <figure> block exactly as in the source, including its src with ellipsis.

Similarly for second and first images.

Now we need to add other paragraphs for Chandler Simpson and Cedric Mullins.

After third image, maybe include a new h2 “Pure Defensive Value” or “Expected vs. Reality”. Let’s add an h2 “Pure Defensive Value”. Then paragraphs for Chandler Simpson and Cedric Mullins.

Paragraph for Chandler Simpson: zero barrels, .282 avg, 22 steals, .293 wOBA vs .264 xwOBA, elite speed, no offense.

Paragraph for Cedric Mullins: .203 avg, .262 xwOBA, 71 points below pool, .333 wOBA average? Actually source says .262 xwOBA, 71 points below the .333 pool average. His offensive production sits at .203 average, 4.1% barrels, 31.4% hard-hit, .281 wOBA within 19 points, so no rebound. This is the level, not a slump.

Add also Ezequiel Tovar maybe in this defensive section as worst expected line.

Paragraph for Ezequiel Tovar: .202 avg, .255 wOBA below .273 xwOBA, plays in Colorado (offense thrives), 25% K, unlucky.

Now embed h2 and paragraphs.

Make sure each paragraph 3-5 sentences.

Now we need to ensure we include all stats: name, team, batting avg, xwOBA, wOBA, barrel % (when provided), exit velocity, FRV, defensive ranking, steals, HR, RBI, K% etc. Use strong for stats? Not required but allowed.

Now produce final HTML.

Make sure no banned words.

Let’s craft final content.

MLB Power Rankings After All‑Star Break: Who’s Overperforming?

The latest power rankings ignore traditional batting averages and focus on xwOBA, a metric that measures how hard and how squarely a ball is hit. Eight of the ten players on the list fill middle‑infield or center‑field roles, highlighting a gap between offensive statistics and actual contact quality. Ernie Clement leads the list with a .297 average but a .275 xwOBA, a 51‑point cushion that is unlikely to persist. This analysis dives into the performers whose counting stats are masking underlying struggles.

Batting Overperformance

Jose Altuve tops the overperformance list with a .285 xwOBA and a .310 wOBA across 313 plate appearances. The 25‑point gap shows that results are already outpacing the quality of contact, a trend that may not be sustainable. Altuve’s .310 wOBA sits well above his xwOBA, signaling that luck or timing may be inflating his offensive line.

Ceddane Rafaela’s .282 average and .336 wOBA look promising until the .285 xwOBA is examined. That 51‑point overpayment comes on just 5.0% of barrels, indicating the power numbers are not repeatable. Rafaela earned a +10.01 FRV defensive rating, ranking him fourth among the league’s best defenders, which helps justify his major‑league roster spot despite the weak bat.

Sal Frelick presents a closer look at line and contact alignment. His .281 xwOBA and .286 wOBA are only five points apart, suggesting the numbers reflect reality rather than exaggeration. Frelick’s low barrel rate of 2.0% and an average exit velocity of 85.9 mph keep his offensive profile modest, with just four homers in 308 plate appearances.

Brooks Lee appears productive with fourteen homers and 51 RBIs, yet the underlying metrics tell a different story. A .277 xwOBA versus a .324 wOBA creates a 47‑point gap that is propped up by only 3.8% barrels. The counting stats are a mirage; the true contact quality is far from elite.

Ernie Clement’s .297 average is the most eye‑catching number on the list, but his .275 xwOBA reveals the weakness. Only 2.4% of his balls are barrels, and his average exit velocity sits at 85.2 mph, indicating limited power potential. The .326 wOBA is 51 points above his xwOBA, and the expectation is a correction in the second half.

Speed & Baserunning

Nasim Nuñez leads the league in steals with thirty‑three, despite a .271 xwOBA built on 84.6 mph contact. He tops the best‑base‑stealers list with a +3.697 steal run value, proving that legs are his primary weapon. Only one home run in 305 plate appearances underscores his lack of offensive threat.

Andrés Giménez’s .232 average and .265 xwOBA line up closely, reflecting poor offensive production. A mere 3.4% barrels and a 3.6% walk rate provide no on‑base cushion, leaving his glove at short as the only justification for an MLB roster spot. His defensive play keeps him afloat while the bat trails.

Pure Defensive Value

Chandler Simpson posts zero barrels in 351 plate appearances, yet he hit .282 and stole 22 bases. His .293 wOBA sits 29 points above a .264 xwOBA, showing that elite speed is his only offensive weapon. He remains a useful roster piece for his base‑running but contributes nothing at the plate.

Ezequiel Tovar’s .202 average and .255 wOBA fall below his .273 xwOBA, indicating misfortune on top of poor production. He plays half his games in Colorado, where offense is expected to thrive, yet a 25% strikeout rate offers no cushion. The combination of low contact and high miss rate makes his future in the majors uncertain.

Cedric Mullins holds the worst expected line in baseball at a .262 xwOBA, 71 points below the .333 pool average. His .203 average, 4.1% barrels and .281 wOBA sit within 19 points, so there is no hidden upside. This performance reflects his true level, not a temporary slump.

All ten names illustrate a broader trend: defensive versatility and speed can sustain major‑league careers even when the bat fails to meet basic expectations. The xwOBA‑based ranking exposes the fleeting nature of counting‑stat success and underscores the value of non‑offensive contributions.

Readers looking for deeper analysis can follow the linked power rankings for a full breakdown of each metric and its implications for upcoming matchups.