What do we say? cordially invite you or cordinally invite you

The correct phrase is "cordially invite you." Explanation "Cordially" is the adverb form of the adjective cordial and correctly modifies the verb invite. "Cordinally" is not a standard English word and is incorrect. Examples: "We cordially invite you to the opening reception." "You are cordially invited to attend." Alternative, slightly less formal options: "warmly invite you," "would be pleased to invite you," or "we invite you."

[object PointerEvent]

It's the stringified form of a DOM PointerEvent — i.e., a pointer input event object (mouse/touch/pen) that got converted to the string "[object PointerEvent]". Explanation In JS, when an object is coerced to a string (or implicitly printed in some contexts) it often uses its internal class name, producing strings like "[object Object]" or "[object PointerEvent]". A PointerEvent is the browser's event object for pointer input (mouse, touch, pen) and contains properties such as type, clientX, clientY, pointerId, pointerType, pressure, buttons, and isPrimary. How to inspect the event object (practical tips) Use console logging that shows the object structure: console.log(event) — usually shows an expandable object in devtools. console.dir(event) — shows the object's properties in a clearer tree. Copy only the fields you care about into a plain object for easier viewing or JSON serialization: function handler(e) { const info = { type: e.type, clientX: e.clientX, clientY: e.clientY, pointerId: e.pointerId, pointerType: e.pointerType, pressure: e.pressure, buttons: e.buttons, isPrimary: e.isPrimary }; console.log(info); } If you try JSON.stringify(event) it will usually fail (circular or non-enumerable properties). Use the selective copy above instead. Example: listening to pointer events const el = document.querySelector('#myElement'); el.addEventListener('pointerdown', function(e) { console.log('Pointer down:', e); // expandable in devtools console.log('Simple info:', { type: e.type, x: e.clientX, y: e.clientY, pointerType: e.pointerType }); // optionally capture pointer el.setPointerCapture(e.pointerId); }); Useful PointerEvent properties e.type — event type, e.g. "pointerdown", "pointermove" e.clientX, e.clientY — coordinates in the viewport e.pointerId — unique id for the pointer e.pointerType — "mouse", "pen", or "touch" e.pressure — pressure (0–1) for pen/touch e.buttons — which buttons are pressed e.isPrimary — whether this is the primary pointer Notes Seeing "[object PointerEvent]" is not an error — it's just the object's default string representation. Pointer Events are widely supported in modern browsers; older browsers may need mouse/touch fallbacks. If you want, paste the code that produced "[object PointerEvent]" and I can show exactly how to log the useful fields or fix any bug.

1 atm = 1.01325 × 10^6 কেন হয়?

The correct answer is: $1\ \text{atm}=1.01325\times10^{6}\ \text{dyn/cm}^2\ ( =1.01325\times10^{5}\ \text{Pa})$ ব্যাখ্যা تعريف: ঐতিহ্যগতভাবে 1 atm = চাপ যা 0°C-এ 760 mm উচ্চতার পারদ (Hg) স্তম্ভ ধরে রাখে। আধুনিকভাবে 1 atm ঠিকভাবে ধরা হয় $101325\ \text{Pa}$ হিসেবে। পারদের স্তম্ভ থেকে চাপ বের করা হয় হাইড্রোস্ট্যাটিক সূত্র দিয়ে: $p=\rho g h$ যেখানে $\rho$ হল পারদের ঘনত্ব, $g$ স্থানীয় ত্বরণ (standard gravity), এবং $h$ হল উচ্চতা। ধাপগুলো: পারদের ঘনত্ব ও মানগুলো নিলে: $\rho_{\text{Hg}}=13.5951\ \text{g/cm}^3=13595.1\ \text{kg/m}^3$, $g=9.80665\ \text{m/s}^2$, $h=760\ \text{mm}=0.760\ \text{m}$. চাপ: $$p=\rho g h =13595.1\times9.80665\times0.760\approx101325\ \text{Pa}$$ প্যাস্কালকে dyn/cm^2-এ রূপান্তর: $1\ \text{Pa}=1\ \text{N/m}^2=10\ \text{dyn/cm}^2$। তাই $$101325\ \text{Pa}=101325\times10\ \text{dyn/cm}^2=1.01325\times10^{6}\ \text{dyn/cm}^2.$$ অতএব, ঐতিহ্যগতভাবে 760 mmHg (বা সংজ্ঞা হিসেবে $101325\ \text{Pa}$) থাকার কারণে $1\ \text{atm}=1.01325\times10^{6}\ \text{dyn/cm}^2$।

Why you put K_ 273 in the conventional

Because absolute zero is at −273.15°C, we add 273.15 (often rounded to 273) to convert Celsius to Kelvin: $T(\text{K}) = T(°\text{C}) + 273.15$. Explanation The Kelvin scale is an absolute temperature scale whose zero point (0 K) is absolute zero — the theoretical temperature where particles have minimal thermal motion. Absolute zero equals −273.15°C, so to move from the Celsius origin (0°C) to the Kelvin origin you must add 273.15 degrees. That gives the exact conversion formula: $T(\text{K}) = T(°\text{C}) + 273.15$. Conversely: $T(°\text{C}) = T(\text{K}) - 273.15$. Why sometimes people use 273 instead of 273.15 273 is a convenient approximation for quick/rough calculations (error of 0.15 K, usually negligible for many problems). For precise science and engineering you should use 273.15 (or more digits if required). By definition of the Celsius/Kelvin scales, the offset 273.15 is exact. If you meant a different notation (for example $K_{273}$ or something else), tell me and I’ll explain that specific usage.

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Is 24 degrees warm or cold?

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Is 24 degrees warm or cold?

Q: Is 24 degrees warm or cold?

Short answer: It depends — 24°C is mildly warm/comfortable, while 24°F is cold (below freezing). Explanation If you mean 24°C ($24^\circ\text{C}$): that's about warm and comfortable for many people. Converting: $$F=\frac{9}{5}C+32$$ $$F=\frac{9}{5}\times24+32=75.2^\circ\text{F}$$ So $24^\circ\text{C}\approx75^\circ\text{F}$. That is slightly warmer than a typical indoor “room temperature” (about $20$–$22^\circ\text{C}$) — pleasant for light clothing, a little warm for sleeping for some people, and comfortable for most indoor activities. If you mean 24°F ($24^\circ\text{F}$): that equals about $-4.4^\circ\text{C}$, so it’s well below freezing and definitely cold. You’d need a winter coat, hat, gloves, etc. Context matters Outdoors vs indoors: $24^\circ\text{C}$ outdoors can feel different depending on humidity, wind, and sun. High humidity makes it feel hotter; wind or shade makes it feel cooler. Activity level: exercising raises how warm you feel. Water temperature: $24^\circ\text{C}$ water feels cool-ish (not icy, but not warm) to many swimmers. Personal preference and acclimatization: people from warmer climates may find $24^\circ\text{C}$ cool; others find it warm. Quick reference (approximate comfort perception) Below $0^\circ\text{C}$: freezing/cold $0$–$10^\circ\text{C}$: cold/cool $11$–$17^\circ\text{C}$: mild/cool $18$–$22^\circ\text{C}$: comfortable/room temperature $23$–$27^\circ\text{C}$: warm Above $28^\circ\text{C}$: hot Would you like advice for clothing or indoor thermostat settings for a specific unit (°C or °F) and situation?

Q: This sign shows when a lift is safe to use. Total mass of people must be 480 kg or less Fred and some other people are in the lift and their total mass is 565 kg to the nearest 5 kg. Fred, who has a mass of 88 kg to the nearest kg, gets out of the lift. Is the lift now safe to use? Yes/No You must show your working.

The correct answer is: Yes Explanation 565 kg to the nearest 5 means the total mass M lies in the interval $562.5 \le M < 567.5$. Fred's mass f to the nearest kg means $87.5 \le f < 88.5$. After Fred leaves the lift the remaining mass is $M-f$. Steps: Minimum possible remaining mass: $$562.5 - 88.5 = 474.0\text{ kg}$$ Maximum possible remaining mass (worst case): $$\text{(just less than) }567.5 - 87.5 = 480.0\text{ kg}$$ so $$M-f<480.0\text{ kg}$$ Therefore the remaining mass is always less than $480\text{ kg}$ (hence $\le 480\text{ kg}$), so the lift is now safe to use.

Answer

100% (3 rated)

Short answer: It depends — 24°C is mildly warm/comfortable, while 24°F is cold (below freezing).

Explanation

If you mean 24°C ($24^\circ\text{C}$): that’s about warm and comfortable for many people. Converting:

$$F=\frac{9}{5}C+32$$
$$F=\frac{9}{5}\times24+32=75.2^\circ\text{F}$$
So $24^\circ\text{C}\approx75^\circ\text{F}$. That is slightly warmer than a typical indoor “room temperature” (about $20$–$22^\circ\text{C}$) — pleasant for light clothing, a little warm for sleeping for some people, and comfortable for most indoor activities.

If you mean 24°F ($24^\circ\text{F}$): that equals about $-4.4^\circ\text{C}$, so it’s well below freezing and definitely cold. You’d need a winter coat, hat, gloves, etc.

Context matters

Outdoors vs indoors: $24^\circ\text{C}$ outdoors can feel different depending on humidity, wind, and sun. High humidity makes it feel hotter; wind or shade makes it feel cooler.
Activity level: exercising raises how warm you feel.
Water temperature: $24^\circ\text{C}$ water feels cool-ish (not icy, but not warm) to many swimmers.
Personal preference and acclimatization: people from warmer climates may find $24^\circ\text{C}$ cool; others find it warm.

Quick reference (approximate comfort perception)

Below $0^\circ\text{C}$: freezing/cold
$0$–$10^\circ\text{C}$: cold/cool
$11$–$17^\circ\text{C}$: mild/cool
$18$–$22^\circ\text{C}$: comfortable/room temperature
$23$–$27^\circ\text{C}$: warm
Above $28^\circ\text{C}$: hot

Would you like advice for clothing or indoor thermostat settings for a specific unit (°C or °F) and situation?

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This sign shows when a lift is safe to use. Total mass of people must be 480 kg or less Fred and some other people are in the lift and their total mass is 565 kg to the nearest 5 kg. Fred, who has a mass of 88 kg to the nearest kg, gets out of the lift. Is the lift now safe to use? Yes/No You must show your working.

How many minutes are there in exactly one week?

1. Define the term ‘fuel’. 2. Name any two renewable natural sources of energy. 3. Define the term ‘carbonisation’. 4. Name the three main products obtained from destructive distillation of coal. 5. State two uses each of the following: (a) asphalt (b) paraffin wax 6. Write the full forms of CNG, LPG and PNG. 1. Describe, in brief, the process of ‘coal formation’. 2. Differentiate between lignite and bituminous coal.

Is this true? The first recorded use of the phrase “when pigs fly” in print is in a 1616 play by Ben Jonson called “The Devil is an Ass,” in which a character says, “When pigs fly, good-night!!”ResponseResponse AResponse BYes, that’s true! The phrase “when pigs fly” indeed appears in Ben Jonson’s 1616 play The Devil is an Ass and was said during the second act in a conversation between Fitzdottrel and Pug. The phrase was first used to express skepticism or disbelief, suggesting that something is as unlikely to happen as the fanciful idea of pigs flying. This usage is often cited as one of the earliest instances of the phrase in print.The claim that the phrase “when pigs fly” was first recorded in Ben Jonson’s 1616 play “The Devil is an Ass” is not accurate. There is no evidence from the available texts and summaries of “The Devil is an Ass” that includes the phrase “when pigs fly” or any similar expression.Response A