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Questions in science

[Sagot para sa’yo] which plants are the P generation? which ones are F¹?​

[Sagot para sa’yo] the potential energy of an object situated at the reference point or ground is ____ ​

[Sagot para sa’yo] 10. Who was the first livingbeing to travel to outer space?* 1 pointEXPANSIONVENUSGOLDILOCKS ZONEMERCURY13.8 BILLION YEARS OLDSATURNEXPLOSIONILON MUSKS243 DAYS4.54 BILLION YEARS OLDNITROGENSTEADY STATE THEORYOSCILLATING UNIVERSE THEORY365 AND 14 DAYSLAIKA THE DOGYour answerOXYGEN​

[Sagot para sa’yo] 4. What do you call this process?FWrite the letter that comes before the given letter on the hintWBQ PS BUJPplease answer asap​

[Sagot para sa’yo] the hydrosphere is made up of only seawater? true or false​

[Sagot para sa’yo] EXERCISE 3Write the appropriate method you can use to separate the given mixtures1. a mixture of vegetables: sliced ampalaya, tomato, eggplant, onion, and potato2. a mixture of fruits: sliced into cubes - apple, papaya, melon, and pineapple3. table salt dissolved in a glass of water4. solid mixtures of pebbles and soil5. liquid mixtures of oil and water6. mongo seeds soaked in water7. pins, nails, and soil mixtures8. wet handkerchief (water and cloth)9. a mixture of coins in a piggy bank10. a mixture of water, sand, and shells​

[Sagot para sa’yo] household material useful harmful​

[Sagot para sa’yo] 1.Filtering of solid and liquid mixtures can be separated with the use of__________or__________as a pasess through a filter paper leaving________material in the medium. 2.saving is a method in which blank of blank size of separated from a mixture on the buses of the blank ​

[Sagot para sa’yo] useful of throwing toxic waste​

[Sagot para sa’yo] Solve the following questions. Show your solution. 1. A hiker climbs to the top of a 50-meter-high hill. If the hiker has a mass of 70 kg, how much potential energy does the hiker gain? (Use = 9.8 m/s2 ) Given: m= 70 kg h= 50 m Required: Equation: Solution: Answer: 2. A 3 kg ball is moving with a velocity of 4 m/s. What is the kinetic energy of the ball? Given: m= 3 kg v= 4 m/s Required: Equation: Solution: Answer: